Widespread Pollutants
with Endocrine-disrupting Effects
Information
is regularly added to this page.
If you have additions--new data on chemicals, references,
corrections or things we missed, etc.--
send information here
If you have additions--new data on chemicals, references,
corrections or things we missed, etc.--
send information here
Persistent organohalogens
Compound(s)
|
Hormone system affected
|
Mechanism
if known
|
References
|
Benzenehexachloride (BHC)
|
Thyroid |
Akhtar et
al. 1996 |
|
1,2-dibromoethane
|
Reproductive |
Brittebo et
al. 1987 |
|
Chloroform |
Reproductive |
Brittebo et
al. 1987 |
|
Dioxins and furans (in order of antiestrogenic potency : 2,3,7,8-tetrachlorodibenzo-p-dioxin > 2,3,7,8-tetrachlorodibenzofuran > 2,3,4,7,8-pentachlorodibenzo-furan > 1,2,3,7,9-pentachlorodibenzofuran > 1,3,6,8-tetrachlo-rodibenzofuran) |
Estrogen |
work as anti-estrogen through binding with Ah receptor, which
then inhibitsestrogen
receptor binding to estrogen response elements, thereby inhibiting estrogen
action |
Krishnan
and Safe 1993 Klinge et al. 1999 |
Octachlorostyrene
|
Thyroid
|
||
PBBs |
Estrogen/ Thyroid |
Bahn et
al. 1980 Henderson et al. 1995 |
|
PCBs (in order of antiestrogenic potency: 3,3' -pentachlorobiphenyl > 3,3,4,4,5,5'-hexachlorobiphenyl 3,3',4,4-tetrachlorobiphenyl > 2,3,3',4,4',5'-hexa, 2,3,3',4,4'- and 2,3,4,4',5-pentachlorobiphenyl > Aroclors 1221, 1232. 1248, 1254, and 1260 were inactive as antiestrogens at the highest concentrations used in this study (10-6 Ni) |
Estrogen/androgen/Thyroid Adverse outcomes in reproductive systems. |
Inhibits estrogen binding to the receptor; works as
anti-estrogen. anti-androgenic via Ah receptor interaction |
Korach et
al.1988 Zoeller et al.2000 Grey et al. 1999 |
PCB, hydroxylated
|
Thyroid |
Binds to thyroid hormone binding protein, but not to the thyroid
hormone receptor. |
Cheek et
al.1999 |
PBDEs
|
Thyroid |
Interfere withthyroxine (T4) binding with transthryetin |
Ilonka et
al. 2000 |
Thyroid |
Reduces thyroid hormone possibly through a direct effect on the
thyroid gland. |
Bear et
al. 1999 Gerhard et al. 1999 |
Food Antioxidant
Compound
|
Hormone system affected
|
Mechanism
|
References
|
Butylated
hydroxyanisole (BHA) |
Estrogen |
Inhibits binding to the estrogen receptor. |
Jobling et
al. 1995 |
Compound
|
Hormone system affected
|
Mechanism
|
References
|
Acetochlor
|
Thyroid (decrease of thyroid hormone levels, increase in TSH) |
Hurley et
al. 1998 |
|
Alachlor
|
Thyroid (decrease of thyroid hormone levels, increase in TSH) |
Wilson et
al. 1996 |
|
Aldrin
|
Estrogen |
Binds to estrogen receptors; competes with estradiol. |
Jorgenson
2001 |
Allethrin, d-trans
|
Estrogen |
Go et
al. 1999 |
|
Thyroid |
Thyroid peroxidase inhibitors; inhibits thyroid hormone
synthesis. |
Hurley et
al. 1998 |
|
Neuroendocrine-pituitary (depression of LH surge), testosterone
metabolism. |
Inhibits ligand binding to androgen and estrogen receptors. |
Danzo
1997 |
|
Carbaryl
|
Estrogen and progesterone |
Klotz et
al. 1997 |
|
Chlofentezine
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Chlordane
|
Testosterone and progesterone |
Willingham et
al. 2000 |
|
Cypermethrin
|
Disruption of reproductive function |
Moore
and Waring 2001 |
|
Estrogen |
DDT and related compounds act in a number of ways to disrupt
endocrine function by binding with the estrogen receptor, including estrogen
mimickry and antagonism, altering the pattern of synthesis or metabolism of
hormones, and (4) modifying hormone receptor levels |
Soto et
al. 1994 Lascombe et al. 2000 Kupfer et al. 1980 Rajapakse et al. 2001 |
|
Androgen |
Inhibits androgen binding to the androgen receptor,
androgen-induced transcriptional activity, and androgen action in developing,
pubertal and adult male rats. |
Kelce
1995 |
|
Dicofol (Kelthane)
|
Estrogen |
Vinggaard et
al. 1999 |
|
Estrogen |
Binds to estrogen receptor;competes with estradiol. |
Soto et
al. 1994 Jorgenson 2001 |
|
Estrogen |
Soto et
al. 1994 Soto et al. 1995 |
||
Thyroid |
Thyroid peroxidase inhibitor. |
Hurley et
al. 1998 |
|
Fenarimol
|
Estrogen |
Estrogen receptor agonist. |
Vinggaard et
al. 1999 |
Fenbuconazole
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Fenitrothion
|
Antiandrogen |
Competitive androgen receptor antagonist. |
Tamura et
al. 2001 |
Fenvalerate
|
Estrogen |
Go et
al. 1999 |
|
Fipronil
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Thyroid |
Akhtar et
al. 1996 Reuber 1987 |
||
Heptachlor-epoxide
|
Thyroid/Reproductive |
Metabolite of heptachlor |
|
Iprodione
|
Inhibition of testosterone synthesis |
Benhamed
1996 |
|
Karate
|
Thyroid |
A decrease of thyroid hormone in serum; direct effect on the
thyroid gland? |
Akhtar et
al. 1996 |
Estrogen |
Displays androgen and estrogen receptor-binding affinities. |
Waller et
al. 1996 Soto et al. 1994 McLachlan(ed) |
|
Ketoconazole
|
Effects on reproductive systems |
Marty et
al. 1999 Marty et al. 2001 |
|
Estrogen/Androgen |
Inhibits ligand binding to androgen and estrogen receptors. |
Danzo
1997 |
|
Linuron
|
Androgen |
Androgen receptor antagonist. |
Waller et
al. 1996 Lambright et al. 2000 Grey et al. 1999 |
Thyroid |
Significant decrease of thyroid hormone in serum, with perhaps a
direct effect on the thyroid gland. |
Akhtar et
al. 1996 |
|
Mancozeb
|
Thyroid |
Thyroid peroxidase inhibitors. |
Hurley et
al. 1998 |
Maneb
|
Thyroid |
The metabolite
ethylenthiourea inhibits thyroid hormone synthesis.
|
Toppari et
al. 1995 |
Methomyl
|
Thyroid |
Porter et
al. 1993 Klotz et al. 1997 |
|
Estrogen |
Through mechanisms other than receptor antagonism. Precise
mechanism still unclear. |
Pickford
and Morris 1999 |
|
Metribuzin
|
Thyroid |
Porter et
al. 1993 |
|
Antiandrogenic activity; inhibits production of LH. Potentially
thyroid. |
Chen et
al. 1986 Chernoff et al. 1976 |
||
Thyroid |
Structural similarities to the thyroid hormones; nitrofen or its
metabolite may have thyroid hormone activities. |
Stevens
and Summer 1991 |
|
Nonachlor, trans-
|
Estrogen |
Estrogen receptor agonist? |
Willingham et
al. 2000 |
Oxychlordane
|
Reproductive |
Guillette et
al. 1999 |
|
Pendimethalin
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
|
Permethrin
|
Estrogenic |
Go
et al. 1999 |
|
Procymidone
|
Androgen |
Androgen receptor antagonist. |
Ostby et
al. 1999 Grey et al. 1999 |
Prodiamine
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Pyrimethanil
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Sumithrin
|
Androgen |
Go et
al. 1999 |
|
Tarstar
|
Thyroid |
A decrease of thyroid hormone in serum; direct effect on the
thyroid gland? |
Akhtar et
al. 1996 |
Thiazopyr
|
Thyroid |
Enhances secretion of thyroid hormone. |
Hurley et
al. 1998 |
Neuroendocrine-pituitary (depression of LH surge), thyroid
(decrease of T4, increase of TSH) |
Stoker et
al. 1993 |
||
Estrogen/ Thyroid |
Soto et
al. 1994 |
||
Triadimefon
|
Estrogen |
Estrogen receptor agonist. |
Vinggaard et
al. 1999 |
Triadimenol
|
Estrogen |
Estrogen receptor agonist |
Vinggaard et
al. 1999 |
Tributyltin
|
Reproductive |
Horiguchi et
al. 2000 |
|
Reproductive/ Metabolic |
Rawlings et
al. 1998 |
||
Vinclozolin
|
Androgen |
Anti-androgenic.(Competes with
androgens for the androgen receptor (AR), inhibits AR-DNA binding, and alters
androgen-dependent gene expression.) |
Soto et
al. 1994 Soto et al. 1995 Kelce et al. 1994 Grey et al. 1999 |
Thyroid |
The metabolite ethylenthiourea inhibits thyroid hormone
synthesis. |
Toppari et
al. 1995 |
|
Thyroid |
Inhibits the iodide peroxidase. Structural similarities between
ziram and thiram; ziram can be metabolized to thiram in the environment. |
Marinovich et
al. 1997 |
Phthalate
Compound
|
Hormones affected
|
Mechanism
|
References
|
Estrogen |
Inhibits binding to the estrogen receptor |
Jobling et
al.1995 |
|
Estrogen Androgen |
Inhibits binding to the estrogen receptor. anti-androgenic |
Jobling et
al.1995 Harris et al. 1997 Grey et al. 1999 |
|
Estrogen Androgen |
Inhibits binding to the estrogen receptor. anti-androgenic |
Jobling et
al.1995 Harris et al. 1997 Moore et al. 2001 Grey et al. 1999 |
|
Diethyl Phthalate (DEP)
|
Estrogen |
Harris et
al. 1997 |
Other Compounds
Compound
|
Hormones affected
|
Mechanism
|
References
|
Benzophenone |
Estrogen |
Binds weakly to estrogen receptors, roles of its metabolite
remain to be clarified. |
Schlumpf et
al. 2001 |
Bisphenol
A |
Estrogen |
Estrogenic; binds to estrogen receptor |
Fisher et
al. 1999 Anderson et al.1999 Rajapakse et al. 2001 |
Bisphenol F |
Estrogen |
Estrogenic; b inds to estrogen receptor |
Perez et
al. 1998 |
Benzo(a)pyrene |
Androgen |
anti-androgenic |
Thomas
1990 |
Carbendazim |
Reproductive |
Gray et
al. 1990 |
|
Ethane Dimethane Sulphonate |
Reproductive |
Gray et
al. 1999 |
|
Perfluorooctane
sulfonate (PFOS) |
Thyroid, reproductive |
suppression of T3,T4; mechanism unknown |
3M
data |
Nonylphenol,
octylphenol |
Estrogen |
Estrogen receptor agonists; reduces estradiol binding to the
estrogen receptor. |
Soto et
al. 1991 Soto et al. 1995 Danzo 1997 Lascombe et al. 2000 Rajapakse et al. 2001 |
Resorcinol
|
Thyroid |
||
Styrene dimers and trimers |
Estrogen |
Estrogen receptor agonists |
Ohyama et
al. 2001 |
Metals
Compound
|
Hormones affected
|
Mechanism
|
References
|
Glucocorticoid |
Selective inhibition of DNA transcription normally stimulated by
the glucocorticoid-GR complex. |
Kaltreider et
al. 2001 |
|
Estrogenic |
Activates estrogen receptor through an interaction with the
hormone-binding domain of the receptor. |
Stoica et
al. 2000 Johnson et al. 2003 |
|
Lead
|
Reproductive |
Telisman et
al. 2000 Hanas et al.1999 |
|
Mercury
|
Reproductive/ Thyroid |
Facemire et
al. 1995 |
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