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Diseases » Reproductive toxicity » Glossary
 

Glossary for Reproductive toxicity

  • Drug-related conditions: Medical conditions related to drug usage, including adverse reactions, intoxication, and overdose.
  • Female reproductive toxicity: There is mounting evidence which indicates that exposure to certain agents may produce adverse reproductive or fetal developmental effects. The possible range of effects includes reduced fertility, low birth weight, childhood cancer, spontaneous abortion and birth defects. Agents which may be implicated in these adverse effects includes anticancer drugs, carbon disulfide, carbon monoxide, lead, pesticides, organic solvents and tobacco smoke.
  • Female reproductive toxicity -- Acetaminophen: Taking excessive doses of acetaminophen during pregnancy can result in kidney and liver problems in the baby. Pregnant women should avoid taking more than the recommended amount of the drug.
  • Female reproductive toxicity -- Alcohol: There is some evidence which indicates that some women exposed to alcohol may suffer adverse effects as a result. Possible adverse effects due to chronic maternal alcohol exposure includes irregular menstrual cycle, fetal alcohol syndrome and physical and behavioral problems. Scientists have been unable to establish the quantity of alcohol required to cause reproductive toxicity.
  • Female reproductive toxicity -- Aminopterin: Exposure to Aminopterin, a recognized reproductive toxicant, can negatively affect the female reproductive system. Aminopterin is used as an anticancer drug. The severity and nature of the adverse effect is variable and can be influenced by factors such level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Arsenic: There is some evidence which indicates that some women exposed to inorganic arsenic may suffer adverse effects as a result. Spontaneous abortion and low birth weight are possible adverse effects.
  • Female reproductive toxicity -- Aspirin: Exposure to aspirin, a recognized reproductive toxicant, can negatively affect the female reproductive system. Aspirin is a drug used as a pain reliever. The severity and nature of the adverse effect is variable and can be influenced by factors such level of exposure and individual sensitivity to the chemical as well as stage of pregnancy. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Cadmium: There is some evidence which indicates that some women exposed to cadmium may suffer adverse effects as a result. Low birth weight is a possible adverse effect.
  • Female reproductive toxicity -- Carbon Monoxide: There is some evidence which indicates that some women exposed to carbon monoxide may suffer adverse effects as a result. Spontaneous abortion and low birth weight are possible adverse effects. Adverse effects are generally only likely to occur in cases involving chronic exposure to carbon monoxide.
  • Female reproductive toxicity -- Chlorination by-products: There is limited conflicting evidence which indicates that some women exposed to chlorination by-products may suffer adverse effects as a result. Spontaneous abortion, menstrual disorders and low birth weight are possible adverse effects. Adverse effects are generally only considered possible at higher concentrations or with chronic exposure.
  • Female reproductive toxicity -- Clobetasol Propionate: Exposure to Clobetasol Propionate, a recognized reproductive toxicant, can negatively affect the female reproductive system. Clobetasol Propionate is a corticosteroid used to treat skin conditions such as eczema and psoriasis. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Cocaine: Exposure to Cocaine, a recognized reproductive toxicant, can negatively affect the female reproductive system. Cocaine is used mainly as a recreational drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Dichlorodiphenyltrichloroethane (DDT): There is limited conflicting evidence which indicates that some women exposed to dichlorodiphenyltrichloroethane (DDT) may suffer adverse effects as a result. Spontaneous abortion and menstrual disorders, premature birth and neurodevelopmental disorders are the possible adverse effects.
  • Female reproductive toxicity -- Diflunisal: Exposure to Diflunisal, a recognized reproductive toxicant, can negatively affect the female reproductive system. Diflunisal is a drug used mainly to treat inflammation associated with arthritis. The severity and nature of the adverse effect is variable and can be influenced by factors such level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Dioxins: There is limited conflicting evidence which indicates that some women exposed to dioxins may suffer adverse effects as a result. Spontaneous abortion and menstrual disorders and birth defects are the possible adverse effects.
  • Female reproductive toxicity -- Electromagnetic Fields: There is some evidence which indicates that some women exposed to electromagnetic fields may suffer adverse effects as a result. Spontaneous abortion and childhood cancer are the possible adverse effects.
  • Female reproductive toxicity -- Ethylene Glycol ethers: There is some evidence which indicates that some women exposed to Ethylene Glycol ethers may suffer adverse effects as a result. Spontaneous abortion can occur in some women as a result of the exposure.
  • Female reproductive toxicity -- Ethylene Oxide: Exposure to Ethylene Oxide, a recognized reproductive toxicant, can negatively affect the female reproductive system. Ethylene Oxide is used in pesticides as well as disinfectants. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Etodolac: Exposure to Etodolac, a recognized reproductive toxicant, can negatively affect the female reproductive system. Etodolac is a drug used mainly to treat arthritic pain and inflammation. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Flunisolide: Exposure to Flunisolide, a recognized reproductive toxicant, can negatively affect the female reproductive system. Flunisolide is a corticosteroid drug used to treat such things as allergic rhinitis. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Flurbiprofen: Exposure to Flurbiprofen, a recognized reproductive toxicant, can negatively affect the female reproductive system. Flurbiprofen is a drug used mainly to treat inflammation associated with arthritis. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Goserelin Acetate: Exposure to Goserelin Acetate, a recognized reproductive toxicant, can negatively affect the female reproductive system. Goserelin Acetate is a drug often used to treat late-stage prostate cancer, endometriosis or symptoms of advanced breast cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Haloperidol: Exposure to Haloperidol, a recognized reproductive toxicant, can negatively affect the female reproductive system. Haloperidol is an antipsychotic drug used to treat various psychotic disorders. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Ionizing radiation: There is some evidence which indicates that some women exposed to Ionizing radiation may suffer adverse effects as a result. Infertility, menstrual disorders, birth defects, spontaneous abortion and childhood cancer are possible adverse effects and are generally only considered possible in cases of chronic exposure.
  • Female reproductive toxicity -- Lead: There is some evidence which indicates that some women exposed to lead may suffer adverse effects as a result. Spontaneous abortion, infertility, premature birth, delayed puberty and neurobehavioral problems are possible adverse effects.
  • Female reproductive toxicity -- Leuprolide Acetate: Exposure to Leuprolide Acetate, a recognized reproductive toxicant, can negatively affect the female reproductive system. Leuprolide Acetate is a drug used mainly to treat advanced prostate cancer and breast cancer and endometriosis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Levonorgestrel Implants: Exposure to Levonorgestrel Implants, a recognized reproductive toxicant, can negatively affect the female reproductive system. Levonorgestrel Implants are used mainly as contraceptive. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Mercury: There is strong evidence which indicates that some women exposed to mercury may suffer adverse effects as a result. Spontaneous abortion, infertility, premature birth, delayed puberty and neurobehavioral problems are possible adverse effects.
  • Female reproductive toxicity -- Nifedipine: Exposure to Nifedipine, a recognized reproductive toxicant, can negatively affect the female reproductive system. Nifedipine is used mainly to treat angina and high blood pressure. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Organic solvents: There is limited conflicting evidence which indicates that some women exposed to Organic solvents may suffer adverse effects as a result. Menstrual disorders, fertility problems, spontaneous abortion and birth defects are possible adverse effects and are generally only considered possible in cases of chronic exposure.
  • Female reproductive toxicity -- Pesticides: There is limited evidence which indicates that some women exposed to pesticides may suffer adverse effects as a result. Spontaneous abortion, infertility, menstrual disorders and birth defects are possible adverse effects. Generally, adverse effects are only likely to occur with chronic exposure such as occurs in occupational settings e.g. farm workers.
  • Female reproductive toxicity -- Phthalates: There is conflicting evidence which indicates that some women exposed to phthalates may suffer adverse effects as a result. Premature birth, structural defects and premature breast development are possible adverse effects. No firm link has been proven and adverse effects are only considered likely in cases of chronic exposure.
  • Female reproductive toxicity -- Physical stress: There is limited conflicting evidence which indicates that some women exposed to physical stress may suffer adverse effects as a result. Premature birth, low birth weight and spontaneous abortion are possible adverse effects.
  • Female reproductive toxicity -- Pimozide: Exposure to Pimozide, a recognized reproductive toxicant, can negatively affect the female reproductive system. Pimozide is used mainly as an antipsychotic drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Polyaromatic hydrocarbons (PAHs): There is limited conflicting evidence which indicates that some women exposed to polyaromatic hydrocarbons may suffer adverse effects as a result. Low birth weight and small birth size are possible adverse effects and are generally only considered possible in cases of chronic exposure.
  • Female reproductive toxicity -- Polychlorinated biphenyls (PCBs): There is limited conflicting evidence which indicates that some women exposed to Polychlorinated biphenyls may suffer adverse effects as a result. Low birth weight, hyperpigmentation and menstrual disorders are possible adverse effects and are generally only considered possible in cases of chronic exposure.
  • Female reproductive toxicity -- Streptozotocin: Exposure to Streptozotocin, a recognized reproductive toxicant, can negatively affect the female reproductive system. Streptozotocin is a drug used to treat pancreatic islet cell cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Sulindac: Exposure to Sulindac can negatively affect the female reproductive system. Sulindac is a drug used mainly to treat pain and inflammation associated with arthritis. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome.
  • Female reproductive toxicity -- Tobacco smoke: There is some evidence which indicates that some women exposed to tobacco smoke may suffer adverse effects as a result. Fertility problems, fetal death, low birth weight and SIDS are possible adverse effects and are generally only considered possible in cases of chronic exposure.
  • Female reproductive toxicity -- Video display Terminals (VDT): Despite persistent concerns there is no evidence that links female exposure to video display terminals with reproductive problems. Various studies have found no link between the two exists.
  • Female reproductive toxicity -- anesthetic gases: There is some evidence which indicates that women exposed to excessive levels of anesthetic gases may suffer adverse reproductive or fetal developmental effects. Such effects are unlikely to occur except in cases where high occupational exposure results from sub-standard controls in occupational settings.
  • Female reproductive toxicity -- antineoplastic drugs: There is some evidence which indicates that some women exposed to anticancer drugs may suffer adverse effects as a result. The exposure may occur through the obvious route of having to take the drug to treat cancer but may also inadvertently occur in workplace environments which involves handling the anticancer drugs - e.g. pharmacists who mix the drugs or nursing staff who administer the drug. Spills and improper handling of the substance are the most likely scenarios for inadvertent exposure. The dental, medical and veterinary occupational settings are most common sources of exposure. Spontaneous abortion and birth defects are some of the possible adverse effects.
  • Male reproductive toxicity -- 1,2-Dibromo-3-Chloropropane (DBCP): Exposure to 1,2-Dibromo-3-Chloropropane (DBCP), a recognized reproductive toxicant, can negatively affect the male reproductive system. 1,2-Dibromo-3-Chloropropane (DBCP) is used mainly as an ingredient in pesticides such as Fumazone and Nemagon. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- 2,4-D butyric acid: Exposure to 2,4-D butyric acid may negatively affect the male reproductive system. 2,4-D butyric acid is used mainly as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Benomyl: Exposure to Benomyl, a recognized reproductive toxicant, can negatively affect the male reproductive system. Benomyl is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Benzene: Exposure to Benzene, a recognized reproductive toxicant, can negatively affect the male reproductive system. Benzene is a widely used chemical - in pesticides and as a solvent in industries such as pesticide manufacturing, laboratory chemicals, printing, paper and pulp manufacture and pharmaceuticals manufacture. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Cadmium: Exposure to Cadmium can negatively affect the male reproductive system. Cadmium is a recognized reproductive toxicant and is used mainly in batteries, pigments, coatings, plating and plastics stabilizer. Although cadmium can be involved in air, water and food pollution, exposure most often occurs in industrial settings. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Carbon Disulfide: Exposure to Carbon Disulfide, a recognized reproductive toxicant, can negatively affect the male reproductive system. Carbon Disulfide is used in pesticides and as a laboratory chemical. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Colchicine: Exposure to Colchicine, a recognized reproductive toxicant, can negatively affect the male reproductive system. Colchicine is used mainly as a drug to treat such things as gout, secondary amyloidosis and scleroderma. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Cyclohexanol: Exposure to Cyclohexanol may negatively affect the male reproductive system. Cyclohexanol is used mainly as an industrial solvent in the production of such things as paints, plastics, textiles, detergents and pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Cyclophosphamide: Exposure to Cyclophosphamide, a recognized reproductive toxicant, can negatively affect the human reproductive system. Cyclophosphamide is a chemotherapy drug used to treat cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Dinoseb: Exposure to Dinoseb may negatively affect the male reproductive system. Dinoseb is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Doxorubicin hydrochloride: Exposure to Doxorubicin hydrochloride may negatively affect the male reproductive system. Doxorubicin hydrochloride is a drug used to treat various types of cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Epichlorohydrin: Exposure to Epichlorohydrin, a recognized reproductive toxicant, can negatively affect the male reproductive system. Epichlorohydrin is used in pesticides, in the printing, pulp and paper manufacturing industries and as a solvent in the varnish and wood stain industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ethylene Glycol Monoethyl Ether: Exposure to Ethylene Glycol Monoethyl Ether, a recognized reproductive toxicant, can negatively affect the male reproductive system. Ethylene Glycol Monoethyl Ether is used in the printing industry and as a solvent in the paint, adhesive, coating, varnish and wood stain industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ethylene Glycol Monoethyl Ether Acetate: Exposure to Ethylene Glycol Monoethyl Ether Acetate, a recognized reproductive toxicant, can negatively affect the male reproductive system. Ethylene Glycol Monoethyl Ether Acetate is used in the semiconductor industry and as a solvent in the paint, adhesive, coating, varnish and wood stain industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ethylene Glycol Monomethyl Ether: Exposure to Ethylene Glycol Monomethyl Ether, a recognized reproductive toxicant, can negatively affect the male reproductive system. Ethylene Glycol Monomethyl Ether is used as in hydraulic brake fluid and as a solvent in the paint, adhesive, coating, varnish and wood stain industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ethylene Glycol Monomethyl Ether Acetate: Exposure to Ethylene Glycol Monomethyl Ether Acetate, a recognized reproductive toxicant, can negatively affect the male reproductive system. Ethylene Glycol Monomethyl Ether Acetate is used mainly as an industrial solvent in the paint, adhesive and coating industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ethylene dibromide: Exposure to Ethylene dibromide may negatively affect the male reproductive system. Ethylene dibromide has a variety of applications including pesticides, fumigants, leaded fuel additive and organic synthesis. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Ganciclovir Sodium: Exposure to Ganciclovir Sodium, a recognized reproductive toxicant, can negatively affect the male reproductive system. Ganciclovir Sodium is an antiviral drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Goserelin Acetate: Exposure to Goserelin Acetate, a recognized reproductive toxicant, can negatively affect the male reproductive system. Goserelin Acetate is a drug often used to treat late-stage prostate cancer, endometriosis or symptoms of advanced breast cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Hexamethylphosphoramide: Exposure to Hexamethylphosphoramide, a recognized reproductive toxicant, can negatively affect the male reproductive system. Hexamethylphosphoramide is used mainly in organic synthesis and as a solvent for various industrial applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Hydrdamethylnon: Exposure to Hydrdamethylnon, a recognized reproductive toxicant, can negatively affect the male reproductive system. Hydrdamethylnon is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemicalEffects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Idarubicin Hydrochloride: Exposure to Idarubicin Hydrochloride, a recognized reproductive toxicant, can negatively affect the male reproductive system. Idarubicin Hydrochloride is used mainly to treat acute myeloid leukemia. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Leuprolide Acetate: Exposure to Leuprolide Acetate, a recognized reproductive toxicant, can negatively affect the male reproductive system. Leuprolide Acetate is a drug used mainly to treat advanced prostate cancer and breast cancer and endometriosis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- M-Dinitrobenzene: Exposure to M-Dinitrobenzene, a recognized reproductive toxicant, can negatively affect the male reproductive system. M-Dinitrobenzene is used mainly as herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Myclobutanil: Exposure to Myclobutanil, a recognized reproductive toxicant, can negatively affect the male reproductive system. Myclobutanil is used mainly as a fungicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Nitrofurantoin: Exposure to Nitrofurantoin may negatively affect the male reproductive system. Nitrofurantoin is used mainly as an antibiotic. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- O-Dinitrobenzene: Exposure to O-Dinitrobenzene, a recognized reproductive toxicant, can negatively affect the male reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- P-Dinitrobenzene: Exposure to P-Dinitrobenzene, a recognized reproductive toxicant, can negatively affect the male reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Technical Grade 2,4 Dinitrotoluene: Exposure to Technical Grade 2,4 Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the male reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Male reproductive toxicity -- Technical Grade 2,6 Dinitrotoluene: Exposure to Technical Grade 2,6 Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the male reproductive system. Technical Grade 2,6 Dinitrotoluene is a by-product of the munitions industry and is also used in polyurethane production. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive conditions: Medical conditions of the reproductive system in men or women.
  • Reproductive toxicity: Exposure to various chemicals can negatively affect the human reproductive system. The severity of the adverse affect varies depending on the chemical, the level of exposure, sex and individual sensitivity to the chemical. Effects on the female reproductive systems due to toxicity includes menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system include altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- (1,2-Benzenedicarboxylato(2-))dioxotrilead: Exposure to (1,2-Benzenedicarboxylato(2-))dioxotrilead, a recognized reproductive toxicant, can negatively affect the human reproductive system. 1,2-Benzenedicarboxylato(2-))dioxotrilead is used mainly as a heat stabilizer in the plastics industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,1,1-Trichloroethane: 1,1,1-Trichloroethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1,1,1-Trichloroethane used to be a commonly used solvent and degreasing agent with a wide range of applications but its effects on the ozone layer has lead to its use being banned or limited in many parts of the world. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,1-Dichloroethylene: 1,1-Dichloroethylene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1,1-Dichloroethylene is used mainly in the production of plastics and silicon dioxide films. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,2-Dibromoethane: Exposure to 1,2-Dibromoethane, a recognized reproductive toxicant, can negatively affect the human reproductive system. 1,2-Dibromoethane is used in pesticides and as an industrial solvents (polystyrene and Latex manufacture and laboratory chemicals). The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,3-Butadiene: Exposure to 1,3-Butadiene, a recognized reproductive toxicant, can negatively affect the human reproductive system. 1,3-Butadiene is used mainly industries for impregnation agents and reinforced plastic. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,3-Dichloroproene (mixed isomers): 1,3-Dichloroproene (mixed isomers) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1,3-Dichloroproene (mixed isomers) is used mainly as an industrial solvent and in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1,Hydroxy-2-Phenoxyethane: 1,Hydroxy-2-Phenoxyethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1,Hydroxy-2-Phenoxyethane is used mainly as a solvent in the production of coatings, paints and adhesives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1-Bromopropane: 1-Bromopropane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1-Bromopropane is used as an agent in various industries which involve the manufacture of products such as flavors and fragrances, insecticides and pharmaceuticals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 1-Carboxy-4-Nitrobenzene: 1-Carboxy-4-Nitrobenzene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 1-Carboxy-4-Nitrobenzene has various applications and is used in the manufacture of dyes, human and animal medicines and other chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,3,7,8-Tetrachlorodibenzo-P-Dioxin (TCDD): 2,3,7,8-Tetrachlorodibenzo-P-Dioxin (TCDD) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2,3,7,8-Tetrachlorodibenzo-P-Dioxin (TCDD) is only used as a research chemical but is also a byproduct of certain industrial processes and may be a polluting byproduct produced by the burning of some industrial and city waste. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,3-Dinitrotoluene: Exposure to 2,3-Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4,5-T: 2,4,5-T is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2,4,5-T is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4-D: 2,4-D is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2,4-D is used mainly as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4-DB: Exposure to 2,4-DB, a recognized reproductive toxicant, can negatively affect the human reproductive system. 2,4-DB is used mainly in herbicides and plant growth regulators. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4-Diaminotoluene: 2,4-Diaminotoluene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2,4-Diaminotoluene is used mainly as an intermediate in the production of polyurethane but is also used in textile dyes and wood stains. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4-Dinitrophenol: 2,4-Dinitrophenol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2,4-Dinitrophenol is used mainly to make such things as dyes, explosives, pesticides, photography developer, wood preservatives and other chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,4-Dinitrotoluene: Exposure to 2,4-Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. 2,4-Dinitrotoluene is used mainly as an industrial agent but is also used in the explosive, dye and plastics industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,5-Dinitrotoluene: Exposure to 2,5-Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. 2,5-Dinitrotoluene is used to manufacture explosives, dyes and toluizine but also has other industrial uses. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2,6-Dinitrotoluene: Exposure to 2,6-Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. 2,6-Dinitrotoluene is used to make explosives but also has other uses. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2-Bromopropane: 2-Bromopropane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2-Bromopropane is used to make other organic compounds, in the production of insecticides, pharmaceuticals, flavors, fragrances and as an industrial cleaning solvent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2-Butoxyethanol Acetate: 2-Butoxyethanol Acetate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2-Butoxyethanol Acetate is used mainly as an industrial solvent in the production of products such as paints, coatings and adhesives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2-Chloro-1,3-Butadiene: 2-Chloro-1,3-Butadiene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2-Chloro-1,3-Butadiene is used mainly in the manufacture of adhesives for uses such as carpet resin and furniture adhesives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2-Nitropropane: 2-Nitropropane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2-Nitropropane is used mainly as an industrial solvent in the manufacture of products such as lacquer, vinyl resin, dyes, protective coatings, synthetic rubber, fats oil, agricultural chemicals and pharmaceuticals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 2-Phenylphenol: 2-Phenylphenol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 2-Phenylphenol is used mainly as an agricultural fungicides, as a disinfectant and in the manufacture of products such as dyes, resins and rubber chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 3,4-Dinitrotoluene: Exposure to 3,4-Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 4,4'-Diaminodiphenyl Sulfide: 4,4'-Diaminodiphenyl Sulfide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 4,4'-Diaminodiphenyl Sulfide is used mainly in the manufacture of certain dyes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 4,4'-Isopropylidenediphenol: 4,4'-Isopropylidenediphenol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 4,4'-Isopropylidenediphenol is used mainly in the production of epoxy and polycarbonate resins as wells as being used in fungicides, flame retardants and rubber chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 4-Vinylcyclohexene: 4-Vinylcyclohexene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 4-Vinylcyclohexene is used mainly in the production of epoxy resins. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- 7,12-Dimethylbenz(A)Anthracene (DMBA): 7,12-Dimethylbenz(A)Anthracene (DMBA) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. 7,12-Dimethylbenz(A)Anthracene is used mainly in laboratory cancer studies. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Acetonitrile: Acetonitrile is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Acetonitrile is used mainly as an industrial solvent and in organic synthesis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Acetylsalicylic Acid: Exposure to Acetylsalicylic Acid, a recognized reproductive toxicant, can negatively affect the human reproductive system. Acetylsalicylic Acid is used mainly in pesticides and in the lubricant and additive industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Acrylamide: Acrylamide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Acrylamide is used mainly in the production of polyacrylamides which have applications in ore processing, wastewater treatment and in the manufacture of paper, permanent press fabrics and dyes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Acrylonitrile: Acrylonitrile is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Acrylonitrile is used mainly in the production of acrylic which is used to make plastics, coatings and adhesives. It is also used to make pharmaceuticals and dyes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Adriamycin: Exposure to Adriamycin, a recognized reproductive toxicant, can negatively affect the human reproductive system. Adriamycin is used mainly as a drug to treat cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aldicarb: Aldicarb is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aldicarb is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aldrin: Aldrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aldrin is used mainly as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Alkyl Lead Compounds: Exposure to Alkyl Lead Compounds, a recognized reproductive toxicant, can negatively affect the human reproductive system. Alkyl Lead Compounds are used mainly as fuel additives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Allyl trichloride: Allyl trichloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Allyl trichloride is used mainly in the production of other chemicals but is also used as a cleaning and degreasing agent, paint remover and industrial solvent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aluminum: Aluminum is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aluminum is a metal which has a wide range of industrial applications from heat insulation to aluminum products (transport vehicles, cooking utensils, construction) and metal alloys. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aluminum Chloride: Aluminum Chloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aluminum Chloride is used mainly in the production of paint, antiperspirants, synthetic rubber and detergents and is also used in petroleum refining. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Amiodarone Hydrochloride: Exposure to Amiodarone Hydrochloride, an antiarrhythmic drug, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ammonia: Ammonia is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ammonia is used mainly in fertilizers but is also used to produce chemical intermediates such as acrylonitrile and in the textile industries as well as various cleaning applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Anabolic Steroids: Exposure to Anabolic Steroids can negatively affect the human reproductive system. Anabolic Steroids are a recognized reproductive toxicant and are a steroid hormone used to treat various conditions but are also often misused to improve muscle growth in sports such as body building. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Antimony: Antimony is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Antimony is used mainly to fireproof materials such as rubber and plastics. It is also used to make metal alloys, pigments and in the semiconductor industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aroclor 1242: Aroclor 1242 is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aroclor 1242 has been used in transformers, hydraulic fluids and in the production of rubbers, carbonless paper, adhesives and wax extenders. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Aroclor 1254: Aroclor 1254 is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Aroclor 1254 is used in pesticides as well as various industrial applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Arsenic: Arsenic is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Arsenic is used mainly as a wood preservative and in agricultural products such as fertilizers, pesticides and herbicides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Arsine: Arsine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Arsine is used mainly to make semiconductive products in the microelectronics industry but is also used in forensics to detect arsenic poisoning. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Atrazine: Atrazine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Atrazine is used as an agricultural herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Barium: Barium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Barium is used mainly to make products used in oil drilling, X-ray imaging, rat poison, rubber production but also has other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Benzyl Butyl Phthalate: Benzyl Butyl Phthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Benzyl Butyl Phthalate is used mainly as a plasticizer in PVC manufacture and is also used to make such things as artificial leather and traffic cones. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Beryllium: Beryllium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Beryllium is used in a variety of applications such as light-weight structural material for vehicles and in metal alloys. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Beta-Lindane: Beta-Lindane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Beta-Lindane is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Bis(2-Ethylhexyl)Phthalate: Exposure to Bis(2-Ethylhexyl)Phthalate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Bis(2-Ethylhexyl)Phthalate is used mainly as an industrial plasticizer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Boric Acid: Boric Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Boric Acid is used as an antiseptic, insecticide and in lubricants wood preservatives and in nuclear power plants. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Bromacil Lithium Salt: Exposure to Bromacil Lithium Salt, a recognized reproductive toxicant, can negatively affect the human reproductive system. Bromacil Lithium Salt is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cadmium Compounds: Cadmium Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cadmium Compounds is used in metal plating and fuels as well as the production of batteries, electronic components, fabric dyes, semiconductors, glazes and PVC products. Cadmium exposure can also occur from eating plants grown in soil contaminated with cadmium or from eating fish from waters polluted with cadmium. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Camphechlor: Camphechlor is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Camphechlor is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Captan: Captan is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Captan is used mainly as a fungicide but also as a leak detection odor for natural gas and liquid propane. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Carbaryl: Carbaryl is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Carbaryl is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Carbofuran: Carbofuran is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Carbofuran is one of the more toxic pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Carbon dioxide: Carbon dioxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Carbon monoxide: Carbon monoxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Carbon monoxide has a wide range of applications in the food, chemical and oil industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Carbon tetrachloride: Carbon tetrachloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Carbon tetrachloride was once commonly used as a refrigerant, pesticide and dry cleaning solvent but its use has been greatly restricted due to its potential to cause health problems and damage to the ozone layer. It is now only generally only used for certain industrial processes and in scientific research. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorate: Chlorate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorate is often used in pyrotechnics but it this group also has various other applications such as in medicine. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlordane: Chlordane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlordane was used mainly as a pesticide but due to its health and environmental hazards, its use is now largely banned or restricted. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlordecone (Kepone): Chlordecone (Kepone) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlordecone (Kepone) is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorhydrin: Chlorhydrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorhydrin is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorine Dioxide: Chlorine Dioxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorine Dioxide is used mainly to bleach wood pulp but is also used to bleach flour and disinfect public drinking water supplies. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorite: Chlorite is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorite has various applications including the production of chlorine dioxide which in turn is widely used for such things as bleaching wood pulp and flour and disinfecting public water supplies. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorobenzene: Chlorobenzene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorobenzene is used mainly in the production of pesticides, herbicides, dyes, rubber and other chemicals as well as a degreaser. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorobenzilate: Chlorobenzilate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorobenzilate was used as a pesticide but due to its health hazards its use has largely been banned or restricted in the US. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chloroform: Chloroform is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chloroform is used mainly as a refrigerant in air-conditioning, a solvent in the production of pharmaceuticals, dyes, pesticides and as an anesthetic. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chloromethane: Chloromethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chloromethane is used mainly in the production of silicon polymers, rubber and in petroleum refining but has a range of other applications. It was once commonly used as a refrigerant but its use for this purpose has been phased out. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorosulfuron: Exposure to Chlorosulfuron, a recognized reproductive toxicant, can negatively affect the human reproductive system. Chlorosulfuron is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chlorpyrifos: Chlorpyrifos is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chlorpyrifos is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chromium: Chromium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Chromium is used mainly in coatings, alloys, dyes, paints, leather tanning, fuel additive and various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Chromium Lead Silicate: Exposure to Chromium Lead Silicate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Chromium Lead Silicate exposure most likely occurs in occupational settings. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cidofovir: Exposure to Cidofovir, a recognized reproductive toxicant, can negatively affect the human reproductive system. Cidofovir is a therapeutic drug used to treat cytomegalovirus retinitis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cobalt: Cobalt is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cobalt is used in alloys, batteries, pigments, coloringagents, electroplating, production of other chemicals and in various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Copper: Copper is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Copper is used mainly in piping, electronics, coins, household products, architecture products and in numerous other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cyclo-Dioxy-Phthalate-Trilead:
  • Reproductive toxicity -- Cyclohexanol: Cyclohexanol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cyclohexanol is used mainly as an industrial solvent in the production of products such as nylon, paint, varnish, soap, detergent, insecticides, degreasers and plastics. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cyclohexylamine: Cyclohexylamine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cyclohexylamine is used mainly in the manufacture of antioxidants, vulcanized products, pharmaceuticals and herbicides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cyclonite: Cyclonite is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cyclonite is used mainly in military explosives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cyclophosphamide (hydrated): Exposure to Cyclophosphamide (hydrated), a recognized reproductive toxicant, can negatively affect the human reproductive system. Cyclophosphamide (hydrated) is used mainly as a chemotherapy drug to treat cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cyfluthrin: Cyfluthrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cyfluthrin is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Cypermethrin: Cypermethrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Cypermethrin is used mainly as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- DDT: Exposure to DDT, a recognized reproductive toxicant, can negatively affect the human reproductive system. DDT is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- DEET: DEET is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. DEET is used mainly in insect repellants. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Di-N-Hexylphthalate: Di-N-Hexylphthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Di-N-Hexylphthalate is used mainly as a plasticizer in various industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Di-N-Hexypentylphthalate: Di-N-Hexypentylphthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Di-N-Hexypentylphthalate is used mainly as a plasticizer in the manufacture of PVC. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diallate: Diallate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diallate is used as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diazinon: Diazinon is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diazinon is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dibenzofurans (chlorinated): Dibenzofurans (chlorinated) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dibenzofurans (chlorinated) is used mainly as an insecticide and in PVC production and industrial bleaching. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dibutyl phthalate: Dibutyl phthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dibutyl phthalate is used mainly as a plasticizer in various industries but is also used as an additive in adhesives and printing inks. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dicamba: Dicamba is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dicamba is used as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dichlorofluoromethane: Dichlorofluoromethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dichlorofluoromethane was once commonly used as a refrigerant and propellant but its effect on the ozone layer has meant that its use has been largely phased out. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dichloromethane: Dichloromethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dichloromethane is used mainly as an industrial solvent as well as a degreaser, paint stripper, propellant. It also has uses in the food industry - to decaffeinate coffee and in the extraction of hops and other flavorings. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dichlorvos: Dichlorvos is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dichlorvos is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dieldrin: Dieldrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dieldrin was once commonly used as an insecticides but its use has been largely banned due to its toxic health effects. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diethyl Phthalate: Diethyl Phthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diethyl Phthalate is commonly used as a plasticizer and is used in to production of such things as cosmetics, food packaging, toothbrushes, car parts, tools and insecticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diethylene Glycol Ether: Diethylene Glycol Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diethylene Glycol Ether is used mainly used in antifreeze and as a solvent for such things as wood stain and in the printing industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diethylene Glycol Monobutyl Ether: Diethylene Glycol Monobutyl Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diethylene Glycol Monobutyl Ether has a wide range of uses but mainly as a solvent in a variety of industries (paints, coatings, adhesives, printed circuit boards, printing, hydraulic brake fluid). The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Diethylstilbestrol: Diethylstilbestrol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Diethylstilbestrol is a synthetic form of estrogen once commonly used as a drug for various conditions such as menopause but its propensity for causing birth defects in pregnant women has meant that its use has been largely phased out and it is now mainly used to treat prostate cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dinitrobenzene: Exposure to Dinitrobenzene, a recognized reproductive toxicant, can negatively affect the human reproductive system. Dinitrobenzene is used mainly in the manufacture of dyes, in the plastics industry and as an explosive. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dinitrobutyl Phenol: Exposure to Dinitrobutyl Phenol, a recognized reproductive toxicant, can negatively affect the human reproductive system. Dinitrobutyl Phenol is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dinitrotoluene: Exposure to Dinitrotoluene, a recognized reproductive toxicant, can negatively affect the human reproductive system. Dinitrotoluene is used in the manufacture of polyurethranes and explosives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dinocap: Dinocap is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dinocap is used mainly as a fungicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dipropyl Phthalate: Dipropyl Phthalate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Dipropylene Glycol Monomethyl Ether: Dipropylene Glycol Monomethyl Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Dipropylene Glycol Monomethyl Ether is used in a wide range of industries including adhesives, electronics, ink, textiles, agriculture, paint remover and coatings. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Endrin: Endrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Endrin is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Enflurane: Enflurane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Enflurane is used mainly as an inhalant anesthetic. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ergocalciferol: Ergocalciferol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ergocalciferol is a form of vitamin D (D2) which can be used as a supplement. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethanol: Ethanol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethanol is has many industrial uses but is mainly used as a fuel or fuel additive. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethidium Bromide: Ethidium Bromide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethidium Bromide is used mainly in molecular biology laboratories. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethoxyacetic Acid: Ethoxyacetic Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethyl Dipropylthiocarbamate: Ethyl Dipropylthiocarbamate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethyl Dipropylthiocarbamate is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethyl Methanasulfonate: Ethyl Methanasulfonate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethyl Methanasulfonate is used mainly in research laboratories as a genetic mutagen. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethylbenzene: Ethylbenzene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethylbenzene is used mainly in the production of styrene but is also used in some paints and other products. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethylene Glycol: Ethylene Glycol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethylene Glycol is used mainly as a coolant and in the plastics manufacturing industry as well as various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethylene Glycol Monobutyl Ether: Ethylene Glycol Monobutyl Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethylene Glycol Monobutyl Ether is used mainly as solvent and is used in the manufacture of products such as paint strippers, paint, electroplating, hydraulic brake fluid, printed circuit boards, herbicides, dry cleaning solutions, printing, wood stains and varnishes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethylene Thiourea: Ethylene Thiourea is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethylene Thiourea is used mainly in the rubber industry and in some fungicides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ethyleneimine: Ethyleneimine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Ethyleneimine is involved in a wide variety of applications including in polymerization products, adhesives and binders. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Famciclovir: Famciclovir is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Famciclovir is a drug used mainly to treat herpes viral infections. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Felodipine: Felodipine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Felodipine is a drug used mainly to treat high blood pressure. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Fluoroacetic Acid, Sodium salt: Exposure to Fluoroacetic Acid (Sodium salt), a recognized reproductive toxicant, can negatively affect the human reproductive system. Fluoroacetic Acid (Sodium salt) is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Fluoxetine: Fluoxetine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Fluoxetine is an antidepressant drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Fluoxetine Hydrochloride: Fluoxetine Hydrochloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Fluoxetine Hydrochloride is an antidepressant drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Fluvastatin Sodium: Fluvastatin Sodium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Fluvastatin Sodium is a cholesterol lowering drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Formaldehyde: Formaldehyde is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Formaldehyde is very widely used and is involved in the production of things such as resin products, disinfectants, tissues, paints and explosives. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Formamide: Formamide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Formamide is used to soften paper and fiber and is also used in the production of pharmaceutical products such as penicillin and vitamins. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Furylfuramide: Furylfuramide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Furylfuramide was once used as an antimicrobial food preservative but its use has been withdrawn for this purpose due to its potential carcinogenic properties. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Gamma-Lindane: Gamma-Lindane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Gamma-Lindane is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Gemfibrozil: Exposure to Gemfibrozil, a recognized reproductive toxicant, can negatively affect the human reproductive system. Gemfibrozil is a drug used mainly to control high blood lipids. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Glutaraldehyde: Glutaraldehyde is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Glutaraldehyde is used as a disinfectant, embalming agent, leather tanning agent and is involved in the production of other industrial chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Glycidol: Glycidol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Glycidol has various industrial applications (such as demulsifier and stabilizer) and is used in the manufacture of pharmaceuticals, solid propellants, surface coatings and various chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Glycidyl Ethers: Glycidyl Ethers is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Glycidyl Ethers is used in the production of epoxies, adhesives, resins and in various other industrial processes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Glycol Ethers: Glycol Ethers is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Glycol Ethers is used mainly as solvents in the manufacture of products such as paints, cosmetics, liquid soaps and cleaning products. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Glyphosate: Glyphosate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Glyphosate is used mainly as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Gossypol: Gossypol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Gossypol is used mainly in research to develop uses for it possibly as an anticancer or anti-malarial drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Gossypol Acetic Acid: Gossypol Acetic Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Gossypol Acetic Acid is derived from the seeds and roots of the cotton plant and has contraceptive and possibly anticancer properties which is currently being studied. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Halothane: Halothane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Halothane is used mainly as an anesthetic. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Heavy Metals: Heavy Metals is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Heptachlor: Heptachlor is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Heptachlor is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexachloro-1,3-Butadiene: Hexachloro-1,3-Butadiene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hexachloro-1,3-Butadiene is used mainly in the production of rubbers, polymers and fungicides as well as in other manufacturing processes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexachlorobenzene: Hexachlorobenzene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hexachlorobenzene was used mainly as a fungicide but has been banned in many parts of the world. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexachlorocyclopentadiene: Hexachlorocyclopentadiene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hexachlorocyclopentadiene is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexachloroethane: Hexachloroethane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hexachloroethane is used mainly in the manufacture of aluminum and in smoke-producing military devices but is also used in fungicides, lubricants, plastics and insecticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexafluoroacetone: Hexafluoroacetone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hexafluoroacetone is used mainly in organic synthesis and in the production of textile coatings as well as various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hexamethylmelamine: Exposure to Hexamethylmelamine, a recognized reproductive toxicant, can negatively affect the human reproductive system. Hexamethylmelamine is used mainly as a chemotherapy drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hydrazine: Hydrazine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hydrazine is used mainly in rocket fuel, boiler water treatment and in the manufacture of chemicals, polymers and pharmaceutical products. The most likely source of exposure is breathing in contaminated air but certain areas of population may face a risk through contaminated waters. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hydrofluoric Acid: Hydrofluoric Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hydrofluoric Acid is used mainly in the production of such things as refrigerants, Teflon and fluoropolymers but has various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hydrogen Cyanide: Hydrogen Cyanide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hydrogen Cyanide is used in metallurgical processes and in dyes and engraving plates as well as various other applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hydrogen Sulfide: Hydrogen Sulfide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hydrogen Sulfide can occur as a waste product from various industrial processes but it is also used in various industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Hydroquinone: Hydroquinone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Hydroquinone is used in pharmaceuticals as a bleaching cream but is also used in industrial processes to make such products as herbicides and dyes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Indium: Indium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Indium is used in the electronics industry and to make various alloys. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Inorganic Lead Compounds: Exposure to Inorganic Lead Compounds, a recognized reproductive toxicant, can negatively affect the human reproductive system. Inorganic Lead Compound exposure is most likely to occur in occupational settings. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Iron: Iron is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Isocyanates: Isocyanates is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Isocyanates are used mainly to make polyurethanes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Isopropoxyethanol: Isopropoxyethanol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Isopropoxyethanol is used as a solvent in wood stains and varnishes but has other applications as well. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead: Exposure to lead, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead is used in industries such as paints, lubricants, fillers, circuit board manufacture and is also a relatively common pollutant near certain mine sites. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead (Alkyl 4+) (Solnr Lead Alkyls): Exposure to Lead (Alkyl 4+) (Solnr Lead Alkyls), a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead (II) Oxide: Exposure to Lead (II) Oxide, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead (II) Oxide is used mainly as a coloring agent in paint, in solid lubricants and in rubber manufacturing. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Acetate: Exposure to Lead Acetate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Acetate is used in hair dyes, paints, textile printing and dyeing, analytical processes and as a photochemical toner and activator in flotation agents. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Arsenate: Exposure to Lead Arsenate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Arsenate is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Arsenite: Exposure to Lead Arsenite, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead arsenite is used mainly in insecticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Chloride: Exposure to Lead Chloride, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Chloride is used in a variety of application such as the synthesis of other lead products, flux, various forms of glass and in paint. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Chromate: Exposure to Lead Chromate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Chromate is used mainly as a coloring agent in inks, paints and plastics. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Chromate Oxide: Exposure to Lead Chromate Oxide, a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Dioxide: Exposure to Lead Dioxide, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Dioxide is used mainly in lead-acid batteries and in the manufacture of dyes, pigments, fireworks and rubber substitutes as well. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Fluoborate: Exposure to Lead Fluoborate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Fluoborate is used mainly in electroplating. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Fluoride: Exposure to Lead Fluoride, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Fluoride is used in electronic and optical applications as well as in laser crystals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead II Arsenate: Exposure to Lead II Arsenate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead II Arsenate is used mainly in insecticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Iodide: Exposure to Lead Iodide, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Iodide is used in bronzing, printing, photography and medicine. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Nitrate: Exposure to Lead Nitrate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Nitrate is used to make matches and explosives and is also used in dyes, engraving and leather tanning. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Phosphate: Exposure to Lead Phosphate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Phosphate is used mainly as a stabilizer in the plastics industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Silicate: Exposure to Lead Silicate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Silicate is used mainly in glazing and the glass industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Stearate: Exposure to Lead Stearate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Stearate is used mainly in varnishes and lubricants utilized in high pressure applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Subacetate: Exposure to Lead Subacetate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Subacetate is used mainly to clarify solutions of organic substances to allow analysis e.g. in sugar analysis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Sulfate: Exposure to Lead Sulfate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Sulfate is used mainly as a pigment, in batteries, oil varnishes and lithography and in weighted fabrics. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Sulfide: Exposure to Lead Sulfide, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Sulfide is used mainly as a modifier in flotation agents and to glaze earthenware. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead Thiocyanate: Exposure to Lead Thiocyanate, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead Thiocyanate is used mainly in dyes, safety matches and has firearms applications. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead compounds: Exposure to Lead compounds, a recognized reproductive toxicant, can negatively affect the human reproductive system. Lead compounds can be encountered in environmental pollution as well as in various industries. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Lead-Molybdenum Chromate: Exposure to Lead-Molybdenum Chromate, a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- M-Nitrobenzoic Acid: M-Nitrobenzoic Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. M-Nitrobenzoic Acid is used mainly in explosives, dyes and in the production of other chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Malathion: Malathion is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Malathion is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Maneb: Maneb is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Maneb is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Manganese: Manganese is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Manganese Compounds: Manganese Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Manganese Tetroxide: Manganese Tetroxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Mechlorethamine: Mechlorethamine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Mechlorethamine can be used to treat prostate cancer but can also be used in chemical warfare. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Melamine: Melamine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Melamine is used mainly in fertilizers and in the manufacture of pulp, paper and reinforced plastics and resins. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Mercury: Mercury is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Metals: Metals is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methoxyacetic Acid: Methoxyacetic Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methoxychlor: Methoxychlor is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methoxychlor is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methoxyflurane: Methoxyflurane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methoxyflurane is used mainly as an emergency painkiller. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methyl Bromide: Methyl Bromide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methyl Bromide is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methyl Ethyl Ketone: Methyl Ethyl Ketone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methyl Ethyl Ketone is used mainly as a solvent in various industrial processes which produces such things as lacquers, adhesives, printing ink, paint, wood stain, varnish, paint remover, degreasing and cleaning solutions. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methyl Isocyanate: Methyl Isocyanate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methyl Isocyanate is used in pesticides, plastics and polyurethane foam. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methyl Methacrylate: Methyl Methacrylate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methyl Methacrylate is used mainly in the manufacture of plastics, adhesives and resins. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Methyl Methanesulfonate: Methyl Methanesulfonate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Methyl Methanesulfonate is used mainly to treat cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Molinate: Molinate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Molinate is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Molybdenum: Molybdenum is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Mustard Gas: Mustard Gas is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Mustard Gas has historically been used as a chemical warfare agent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N,N'-Methylenebisacrylamide: N,N'-Methylenebisacrylamide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N,N'-Methylenebisacrylamide is used mainly as a photopolymer in printing and also has applications in electrophoresis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N,N-Dimethylformamide: N,N-Dimethylformamide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N,N-Dimethylformamide is used mainly as a solvent in the manufacture of acrylic fiber and a separating agent in latex production. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N-Ethyl-N-Nitrosourea: N-Ethyl-N-Nitrosourea is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N-Ethyl-N-Nitrosourea is used mainly in mutagenic research. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N-Hexane: N-Hexane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N-Hexane is usually mixed with other solvents and used in industrial applications such as vegetable oil extraction from crops and as cleaning agents in industries such as textiles, furniture, printing and shoe-making. It is also added to fuels, hobby glues and rubber cements. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N-Methyl-2-Pyrrolidone: N-Methyl-2-Pyrrolidone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N-Methyl-2-Pyrrolidone is used in applications such as paint stripping, printed circuit board manufacture, latex production and resin solvent in wood stains and varnishes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N-Methylolacrylamide: N-Methylolacrylamide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N-Methylolacrylamide is used in such things as paper coating, textiles and thermoplastic polymers. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- N-Nitrosodiethylamine: N-Nitrosodiethylamine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. N-Nitrosodiethylamine is used mainly as a research chemical but is also used in plastics and as an additive in fuel and lubricants, copolymer softener and a solvent in the fiber industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Naled: Naled is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Naled is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nickel: Nickel is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nickel (II) Chloride: Nickel (II) Chloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nickel (II) Chloride is used in electroplating and organic synthesis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nickel Carbonyl: Nickel Carbonyl is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nickel Carbonyl is used mainly in refining nickel ore, nickel coating, glass plating and as a catalyst in certain chemical reactions. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nickel Compounds: Nickel Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrate: Nitrate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrite: Nitrite is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrobenzene: Nitrobenzene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nitrobenzene is used mainly to produce aniline but is also used in the manufacture of pesticides, dyes, pharmaceuticals, paint solvents, shoe polish, floor polish and rubber chemicals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrofen: Nitrofen is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nitrofen is used as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrofurazone: Nitrofurazone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nitrofurazone is to prevent or control infections in skin wounds. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrogen Dioxide: Nitrogen Dioxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Nitrous Oxide: Nitrous Oxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Nitrous Oxide is used mainly as an anesthetic gas (laughing gas). The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- O,P'DDT: Exposure to O,P'DDT, a recognized reproductive toxicant, can negatively affect the human reproductive system. O,P'DDT is used mainly to control mosquitoes in countries where malaria is a significant problem. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- O-Xylene: O-Xylene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. O-Xylene is used mainly to make as an industrial solvent and in organic synthesis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Octachloronaphthalene: Octachloronaphthalene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Organic Lead Compounds: Exposure to Organic Lead Compounds, a recognized reproductive toxicant, can negatively affect the human reproductive system. Organic Lead Compounds are used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Organochlorine Pesticides: Organochlorine Pesticides is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Organophosphate Pesticides: Organophosphate Pesticides is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Oxalic Acid: Oxalic Acid is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Oxalic Acid is used mainly as a cleaning, polishing or bleaching product. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Oxydemeton Methyl: Exposure to Oxydemeton Methyl, a recognized reproductive toxicant, can negatively affect the human reproductive system. Oxydemeton Methyl is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- P-Xylene: P-Xylene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. P-Xylene is used mainly in the manufacture of polyester. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- PM 10: PM 10 is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. PM 10 refers to particulate air-borne material smaller than 10 Ám. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- PM 2.5: PM 2.5 is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. PM 2.5 refers to particulate air-borne material smaller than 2.5 Ám. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Paclitaxel: Exposure to Paclitaxel, a recognized reproductive toxicant, can negatively affect the human reproductive system. Paclitaxel is a chemotherapy drug used to treat cancer. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Paraquat: Paraquat is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Paraquat is used as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Parathion: Parathion is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Parathion is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Pentachlorophenol: Pentachlorophenol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Pentachlorophenol is has restricted use as a pesticide and is also used as a wood preservative in some situations. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Pentamidine: Pentamidine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Pentamidine is a drug used to treat and prevent various bacterial, fungal and parasitic illnesses, especially in patients with weakened immune systems. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Pentobarbital Sodium: Pentobarbital Sodium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Pentobarbital Sodium is used as a preanesthetic and treatment for seizures. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Permethrin: Permethrin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Permethrin is used as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Phenol: Phenol is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Phenol is used mainly in industries such as appliances, plywood, construction and automotive. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Phenolphthalein: Phenolphthalein is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Phenolphthalein changes color when the acidity of the surrounding environment changes. It is therefore used in certain toys, titrations and as an acid or base indicator. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Phosphorus: Phosphorus is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Phosphorus is used mainly in fireworks, explosives, pesticides, toothpaste, detergents, nerve agents and matches. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Phthalates: Phthalates is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Phthalates is used mainly as plasticizers in the manufacture of plastic and PVC products. It can be found in foods, textiles, pharmaceuticals, inks, coatings, paints, plastic objects, building materials and glues. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Piperonyl Butoxide: Piperonyl Butoxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Piperonyl Butoxide is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Plutonium: Plutonium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Polybrominated Biphenyls: Polybrominated Biphenyls is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Polybrominated Biphenyls were once heavily used in many consumer products to make them more difficult to burn (e.g. textiles, monitors) but it tends to persist in the environment and can result in health problems due to environmental contamination. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Polychlorinated Biphenyls: Polychlorinated Biphenyls is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Polychlorinated Biphenyls were once widely used in many products from pesticides to paints and lubricants but there use has been banned due to its toxicity. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Polycyclic Aromatic Compounds: Polycyclic Aromatic Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Polycyclic Aromatic Compounds are chemicals released when organic matter such as coal, gas, wood, garbage and oil are incompletely burned. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Propantheline Bromide: Propantheline Bromide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Propantheline Bromide is used to treat conditions such as excessive sweating, involuntary urinations, irritable bowel syndrome and intestinal cramps or spasms. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Propoxur: Propoxur is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Propoxur is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Propylene Glycol Monomethyl Ether: Propylene Glycol Monomethyl Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Propylene Glycol Monomethyl Ether is used mainly as an industrial solvent in the manufacture of such things as paint, coatings, adhesives, wood stain and varnishes. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Propylene Oxide: Propylene Oxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Propylene Oxide is used as an intermediate in a wide range of industrial and commercial products, especially polyurethane plastics The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Quintozene: Quintozene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Quintozene is used as a fungicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Quizalofop-Ethyl: Exposure to Quizalofop-Ethyl, a recognized reproductive toxicant, can negatively affect the human reproductive system. Quizalofop-Ethyl is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Ribavirin: Exposure to Ribavirin, a recognized reproductive toxicant, can negatively affect the human reproductive system. Ribavirin is used mainly as an antiviral drug to treat influenza, flaviviruses and other viral conditions. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Rifampicin: Exposure to Rifampicin, a recognized reproductive toxicant, can negatively affect the human reproductive system. Rifampicin is an antibiotic drug used mainly to treat tuberculosis and inactive meningitis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Saccharin: Saccharin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Saccharin is used as an artificial sweetener. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Safrole: Safrole is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Safrole was once commonly used as an additive in food and personal products but its link to cancer has led its use generally being discontinued. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Salicylazosulfapyridine: Exposure to Salicylazosulfapyridine, a recognized reproductive toxicant, can negatively affect the human reproductive system. Salicylazosulfapyridine is a drug used mainly to treat inflammatory bowel disease. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Selenium: Selenium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Selenium The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Selenium Compounds: Selenium Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Sodium Azide: Sodium Azide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Sodium Azide is used as a preservative for biochemical and biomedical solutions, in vehicle airbags and in organic synthesis. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Sodium Cyanide: Sodium Cyanide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Sodium Cyanide is used mainly in the gold mining industry. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Styrene: Styrene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Styrene is used in the manufacture of plastics, rubber and resins. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Styrene Oxide: Styrene Oxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Styrene Oxide is used mainly as a plasticizer and is also used in the production of such things as perfumes, cosmetics, coatings, textile treatments and pesticides and herbicides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Sulfamethazine: Sulfamethazine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Sulfamethazine is a drug used to treat various infections. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tellurium: Tellurium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tetrachloroethylene: Tetrachloroethylene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tetraethyl lead: Exposure to Tetraethyl lead, a recognized reproductive toxicant, can negatively affect the human reproductive system. Tetraethyl lead is used mainly as an additive in aviation fuel. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tetramethyl lead: Exposure to Tetramethyl lead, a recognized reproductive toxicant, can negatively affect the human reproductive system. Tetramethyl lead is used mainly as a fuel additive and anti-knock agent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Thallium: Thallium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Thallium is used mainly for dry cleaning, paint strippers and metal degreasing. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Theobromine: Theobromine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Theobromine is a natural chemical found mainly in the cacao plant. It is a bitter powder which can be found in mainly in cocoa products but also in tea leaves and guarana berries in small amounts. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Theophylline: Theophylline is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Theophylline is a drug used mainly to treat respiratory diseases. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Thiophanate-Methyl: Exposure to Thiophanate-Methyl, a recognized reproductive toxicant, can negatively affect the human reproductive system. Thiophanate-Methyl is used mainly in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Thiourea: Thiourea is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tin: Tin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Titanium Dioxide: Titanium Dioxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Titanium Dioxide is used in products such as sunscreen, paper, ink, food (skim milk), cosmetics, skin care products, medicines, toothpaste, paint, coatings and plastics. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tobacco smoke (primary): Primary exposure to Tobacco smoke, a recognized reproductive toxicant, can negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Toluene: Toluene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Toluene is used mainly in fuel but also in paint, ink, adhesives, rubber, lacquer and cleaning agents. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triadimefon: Exposure to Triadimefon, a recognized reproductive toxicant, can negatively affect the human reproductive system. Triadimefon is used mainly as an ingredient in pesticides. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triaziquone: Triaziquone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Triaziquone is a chemotherapy drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Trichlorfon: Trichlorfon is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Trichlorfon is used as an insecticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Trichloroethylene: Trichloroethylene is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Trichloroethylene is used mainly as an industrial solvent and for cleaning metal parts. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tricresyl Phosphate: Tricresyl Phosphate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Tricresyl Phosphate is used as a plasticizer and a solvent and is used in fuel and hydraulic fluid. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tridiphane: Tridiphane is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Tridiphane is a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triethylene Glycol Dimethyl Ether: Triethylene Glycol Dimethyl Ether is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Triethylene Glycol Dimethyl Ether is used mainly as an industrial solvent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triethylenemelamine: Triethylenemelamine is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Triethylenemelamine is used mainly as a chemotherapy drug but is also used as an industrial alkylating agent. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Trifluralin: Trifluralin is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Trifluralin is used as a herbicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Trimethyl Phosphate: Trimethyl Phosphate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triorthocresyl Phosphate: Triorthocresyl Phosphate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Triorthocresyl Phosphate is used in a variety of applications including as a solvent in the manufacture of pesticides and pharmaceuticals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Triphenyltin Chloride: Triphenyltin Chloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Triphenyltin Chloride is used mainly as a pesticide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tris(2,3-Dibromopropyl)Phosphate: Tris(2,3-Dibromopropyl)Phosphate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Tris(2,3-Dibromopropyl)Phosphate is used mainly as a flame-retardant textile additive. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tris(2-Chloroethyl)Phosphate: Tris(2-Chloroethyl)Phosphate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Tris(2-Chloroethyl)Phosphate is used mainly as a flame-retardant additive to plastics. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Tungsten Metal: Tungsten Metal is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Tungsten The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Uracil Mustard: Exposure to Uracil Mustard, a recognized reproductive toxicant, can negatively affect the human reproductive system. Uracil Mustard is used mainly as a chemotherapy drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Uranium: Uranium is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Vanadium Oxide (5): Vanadium Oxide (5) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Vinyl Chloride: Vinyl Chloride is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Vinyl Chloride is used mainly to make PVC products. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Visibility reducing particulates: Visibility reducing particulates is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Volatile Organic Compounds: Volatile Organic Compounds is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Wintergreen Oil: Wintergreen Oil is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Wood preservatives containing arsenic and chromate: Wood preservatives containing arsenic and chromate is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Xylene (mixed isomers): Xylene (mixed isomers) is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Xylene (mixed isomers) is used mainly as an industrial solvent and is used in the manufacture paints, lacquers, resins, inks and also in the manufacture of dyes, plastics and pharmaceuticals. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zearalenone: Zearalenone is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zileuton: Exposure to Zileuton, a recognized reproductive toxicant, can negatively affect the human reproductive system. Zileuton is used mainly as an asthma drug. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zinc: Zinc is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zinc Chloride Fume: Zinc Chloride Fume is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zinc Oxide: Zinc Oxide is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.
  • Reproductive toxicity -- Zineb: Zineb is a suspected reproductive toxicant and exposure to it has the potential to negatively affect the human reproductive system. Zineb is used as a fungicide. The severity and nature of the adverse effect is variable and can be influenced by factors such as sex, level of exposure and individual sensitivity to the chemical. Effects on the female reproductive systems can include such things as menstrual problems, altered sexual behavior, infertility, altered puberty onset, altered length of pregnancy, lactation problems, altered menopause onset and pregnancy outcome. Effects on the male reproductive system can include such things as altered sexual behavior, altered fertility and problems with sperm shape or count.

 

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