ライフサイエンスコーパス: estrogenic

1 lic precursor of 8-prenylnaringenin, was not estrogenic.

2 ing that a proportion of RA effects are anti-estrogenic.

3 rogenic (5alpha-dihydrotestosterone; DHT) or estrogenic (17beta-estradiol; E(2)) metabolites.

4 androgens) and the prodrug tibolone (Tib) to estrogenic 3alpha/beta-hydroxytibolones.

5 an uterine (Ishikawa) cells to determine the estrogenic action of D3 on the activation and nuclear tr

6 was found to maintain bone density of rats (estrogenic action) while simultaneously preventing mamma

7 ntration of cholesterol in blood (an hepatic estrogenic action).

8 brain testosterone plays both androgenic and estrogenic actions due to its conversion into estrogen v

9 elated differences in estrogen receptors and estrogenic actions in the brain are discussed, with the

10 a physiologically relevant role in mediating estrogenic actions on energy expenditure in females.

11 Following estrogenic activation, the estrogen receptor-alpha (ERal

12 s via ERalpha, licorice might have different estrogenic activities due to its ERbeta selectivity, par

13 We therefore examined GPR30 in estrogenic activities in ER-positive MCF-7 breast cancer

14 key and novel mechanistic differences in the estrogenic activities of BEs vs. E2, with BEs displaying

15 The data suggest estrogenic activities of E2 and tamoxifen at ER alpha-re

16 To evaluate the AF-1 involvement in the estrogenic activities of various compounds, we analyzed

17 of liquiritigenin, demonstrated significant estrogenic activities while xanthohumol, a metabolic pre

18 nts of liquiritigenin have various levels of estrogenic activities, suggesting the importance of prec

19 proton only led to moderate reduction of the estrogenic activities.

20 crobial, acetylcholinesterase inhibitory and estrogenic activities.

21 m is a toxic and persistent heavy metal with estrogenic activities.

22 stances found in food contact materials with estrogenic activity (EA) have created substantial demand

23 ns observed in surface waters failed to show estrogenic activity (induction of vitelloginin mRNA).

24 ug standard-EQ/g of sorbent range), and weak estrogenic activity (ng E2-EQ/g of sorbent range).

25 ding to goldfish testis androgen receptors), estrogenic activity (yeast estrogen screen), and neurotr

26 was found to be the greatest contributor to estrogenic activity across all sample types.

27 Zea had strong estrogenic activity and activated both the AF-1 and AF-2

28 l incorporated into plastics and resins, has estrogenic activity and is associated with adverse healt

29 Although heightened estrogenic activity and/or reduced progesterone responsi

30 The three EDCs showed strong estrogenic activity as agonists for ERalpha in a dose-de

31 he E-isomers of FR 4OHT and endoxifen had no estrogenic activity at therapeutic serum concentrations.

32 n of parent compounds into degradates having estrogenic activity can explain their environmental pers

33 studies, fractions of groundwater with high estrogenic activity contained hetero-PAHs and their hydr

34 The estrogenic activity decreased in the order H. lupulus >

35 as also paid to monitoring of changes in the estrogenic activity during these particular in vitro exp

36 Given that 2,4OH-BP possesses an estrogenic activity higher than that of 2OH-4MeO-BP, our

37 re collected, extracted, and found to elicit estrogenic activity in laboratory fish.

38 selected hetero-PAHs were screened for their estrogenic activity in lyticase yeast estrogen screen (L

39 ated against 17beta-estradiol (E2) for their estrogenic activity in MCF-7 human breast cancer cells.

40 BPA carries an anti-estrogenic activity in the germline and results in germl

41 decreased estrogen deprivation and increased estrogenic activity in the liver, whereas such benefit w

42 TMBPF did not show estrogenic activity in the uterotrophic assay and did no

43 Estrogenic activity in the yeast estrogen screen and T47

44 s is known about their potential toxicity or estrogenic activity in vivo.

45 e mechanism by which glucocorticoids inhibit estrogenic activity is unknown.

46 levant concentrations may be associated with estrogenic activity measured in water extracts and feral

47 ble to 1 in primary neurons, confirming that estrogenic activity of 1 in neurons is not a unique phen

48 tinel Potamopyrgus antipodarum confirmed the estrogenic activity of BPA in vivo at 30 mug/L.

49 esigned to characterize the toxicity and the estrogenic activity of chemicals.

50 In this study, we investigate the estrogenic activity of components of plastics coming fro

51 f mERbeta2 in mouse tissues and assessed the estrogenic activity of EDCs through mERbeta2.

52 The estrogenic activity of isoliquiritigenin could be the re

53 bioassay using T47D-KBluc cells showed that estrogenic activity of receiving water near the outflow

54 In an effort to further characterize the estrogenic activity of TCDD, a comprehensive time-course

55 lvement of Wnt/beta-catenin signaling in the estrogenic activity of this diarylheptanoid in transfect

56 mERbeta2 showed weaker estrogenic activity than mERbeta1 in our in vitro system

57 y has also been documented in the removal of estrogenic activity that correlated with the EE2 degrada

58 t, and it has been reported that 3MC induces estrogenic activity through AhR-estrogen receptor alpha

59 icate that TCDD may also elicit AhR-mediated estrogenic activity through interactions with the estrog

60 of 16 compounds tested by reporter assay had estrogenic activity through mERbeta2.

61 ions, had no hormone-like activities whereas estrogenic activity was found in the filtered tap water.

62 Evaluation of estrogenic activity was further characterized by in vitr

63 Estrogenic activity was only associated with Brazilian e

64 ion of steroid hormones, phytoestrogens, and estrogenic activity was thoroughly characterized within

65 To verify this effect was caused by reduced estrogenic activity we confirmed that in hypoxic mice in

66 ural steroid hormones and phytoestrogens and estrogenic activity were assessed across the lagoon/spra

67 ninolytic enzymes were found to decrease the estrogenic activity with EE2 removal proportionally.

68 in a markedly elevated load of analytes and estrogenic activity within lagoon sludge.

69 In females, uterine mass (an indicator of estrogenic activity) was also greatest on high P:C diets

70 ding, the O(1)...O(2) distance necessary for estrogenic activity, and the electrostatic potential fea

71 ls in the environment, especially those with estrogenic activity, are able to disrupt the programming

72 BPA), an environmental contaminant with weak estrogenic activity, resists microbial degradation under

73 yeast estrogen screen was used to determine estrogenic activity.

74 rom the medicinal plant, Curcuma comosa, has estrogenic activity.

75 gens, but contributed minimally toward total estrogenic activity.

76 eed been shown to have a heightened level of estrogenic activity.

77 samples by the p-YES results in profiles of estrogenic activity.

78 tudies have shown that parabens possess weak estrogenic activity.

79 ell known endocrine-disrupting chemical with estrogenic activity.

80 ional activity but is devoid of conventional estrogenic activity.

81 performance of in vitro assays that measure estrogenic activity.

82 Other test compounds used possessed partial estrogenic activity.

83 m-carbamoylbenzyl)-E2 to remove its unwanted estrogenic activity.

84 ta-HSD1 inhibitors, and their proliferative (estrogenic) activity on estrogen-sensitive cells.

85 potential psychoprotective effects and fewer estrogenic adverse effects.

86 ivating molecular mechanisms associated with estrogenic agonist activity in rat primary hippocampal n

87 Our findings suggest that D3 is a weak estrogenic agonist compound.

88 ion in reproductive tissues, functions as an estrogenic agonist in primary neurons.

89 Collectively, the data support an estrogenic agonist profile of 2 action comparable to 1 i

90 k which has spurred research into developing estrogenic alternatives that have the beneficial effects

91 isoflavones, which are a class of potential estrogenic alternatives.

92 hemicals with potential to interact with the estrogenic and androgenic pathways, and could help prior

93 and transcriptional-reporter gene assays for estrogenic and anti-androgenic activity were performed o

94 costatic properties, including possible anti-estrogenic and anti-aromatase activity, and seems to be

95 n cell lines indicated that the two oils had estrogenic and antiandrogenic activities.

96 nd personal-care products and their reported estrogenic and antiandrogenic activity.

97 The regulation of estrogenic and antiestrogenic effects of selective estro

98 Isoflavones, plant-derived compounds with estrogenic and antioxidant properties, may offer immunol

99 Similarly, a combination of estrogenic and chemopreventive properties has been repor

100 mass spectrometry (negative ion) of selected estrogenic and nonestrogenic fractions identified compou

101 arbonate plastic and epoxy resins, is weakly estrogenic and therefore of environmental and human heal

102 All TPEs were estrogenic and, unlike 4-hydroxytamoxifen (4OHTAM) and E

103 ally to downstream steroid hormones leads to estrogenic and/or androgenic effects which may be import

104 Bisphenol-A (BPA) has been shown to modulate estrogenic, androgenic, and anti-androgenic effects.

105 Direct estrogenic, androgenic, or steroidogenic mechanisms are

106 In vitro bioassays for (anti)estrogenic, (anti)androgenic as well as retinoic acid- a

107 Untreated wastewater induced antiandrogenic, estrogenic, antiestrogenic, and retinoid-like activity.

108 r of magnitude and of similar action as BPA (estrogenic, antiestrogenic, androgenic, and antiandrogen

109 ted biphenyls (PCBs) have been shown to have estrogenic, antiestrogenic, or antiandrogenic properties

110 d (Z-BDDA) is a seco-steroid that has potent estrogenic as well as antioxidant activities in vitro an

111 naturally occurring phytochemicals with weak estrogenic cellular effects.

112 mical:gene covariation as the most impactful estrogenic chemical across all exposure sites.

113 Exposure to the estrogenic chemical bisphenol A occurs through food and

114 gest new targets for abnormal programming by estrogenic chemicals and provide evidence supporting the

115 oreporter was characterized with mixtures of estrogenic chemicals and tested with spiked influent was

116 tes that the in vitro effects of mixtures of estrogenic chemicals can be well predicted from the estr

117 helium during fetal life by small amounts of estrogenic chemicals could permanently disrupt cellular

118 orescence responses for a range of different estrogenic chemicals in the new transgenic zebrafish mod

119 y outcome produced by a reference mixture of estrogenic chemicals was examined.

120 the effects of mixtures composed of up to 17 estrogenic chemicals were examined using estrogenicity a

121 The fate of two estrogenic chemicals, the UV filter benzophenone-2 (BP2)

122 nd highly integrative system for identifying estrogenic chemicals, their target tissues and effect co

123 east progenitor cells chronically exposed to estrogenic chemicals.

124 er samples with high concentrations of other estrogenic chemicals.

125 t risk of the mixture effect caused by other estrogenic chemicals.

126 atively modulate) the effect of a mixture of estrogenic chemicals.

127 estrogen receptor by reducing levels of the estrogenic cholesterol metabolite 27-hydroxycholesterol.

128 ng effect directed analysis, the presence of estrogenic components in untreated and biologically trea

129 Ps and sources of exposure of humans to this estrogenic compound are not well-known.

130 er electronics likely constitute a source of estrogenic compound contamination in the indoor environm

131 erve as both a sink and a source of the more estrogenic compound E2.

132 antiandrogenic compound) or methoxychlor (an estrogenic compound) induced an adult phenotype in the F

133 Early-life exposure to estrogenic compounds affects the development of the repr

134 aordinary reliability in identifying diverse estrogenic compounds and in differentiating between thei

135 These results identify estrogenic compounds as phenotypic suppressors and illum

136 of Opportunity" theory, which suggests that estrogenic compounds can exert positive effects on verba

137 However, different estrogenic compounds can modify the Tip60 action.

138 In contrast, estrogenic compounds derepressed the opposite effects of

139 Genistein and daidzein are two estrogenic compounds derived from plants, especially leg

140 veloped to perform the continuous removal of estrogenic compounds from polluted wastewaters.

141 data indicate that gestational exposures to estrogenic compounds impact risk of hypospadias.

142 rs that can distinguish structurally similar estrogenic compounds in natural waters.

143 shows exact formulas and masses of possible estrogenic compounds in OSPW.

144 The presence of estrogenic compounds in water and their deleterious effe

145 ma has been shown to interact with synthetic estrogenic compounds such as 4-hydroxytamoxifen (4-OHT),

146 ines of research suggest that estrogens (and estrogenic compounds) are neuroprotective following expe

147 effects and at cytotoxic levels of analyzed estrogenic compounds, which is not possible with the cla

148 in the response to environmentally relevant estrogenic compounds.

149 r leading to weakened vasodilatory action of estrogenic compounds.

150 deleted mice administered angiotensin II and estrogenic compounds.

151 adrenal androgen production inhibitors, and estrogenic compounds.

152 yzed plastics samples showed the presence of estrogenic compounds.

153 that are relevant to the risk assessment of estrogenic compounds.

154 e pathology, including excessive exposure to estrogenic compounds; however, the molecular basis for t

155 K(+) current reduction in high estrogenic conditions were associated with prolongation

156 Whereas most attention has been focused on estrogenic congeners, we tested the cancer-inducing pote

157 en is on par with that of the better-studied estrogenic contaminant 17alpha-ethinylestradiol.

158 f HRP-mediated reactions in the treatment of estrogenic contaminants, and they constitute an importan

159 Furthermore, by 2050 a moderate increase in estrogenic contamination and the potential risk to wildl

160 eatic responses to MI-TP, and androgenic and estrogenic contributions to such responses (direct fetal

161 osynthesis of choline and this gene is under estrogenic control, we hypothesized that there are SNPs

162 similar dose (0.1 microg/kg per day) of the estrogenic drug diethylstilbestrol (DES), a known human

163 tant increase in temperature and exposure to estrogenic EDCs on reproduction and development in an es

164 is potentially dysregulated upon exposure to estrogenic EDCs.

165 supplements may be exposed to high levels of estrogenic EDs.

166 Exposure to estrogenic EEDs in utero was associated with adverse hea

167 d with Irganox 1076 induced a dose-dependant estrogenic effect in vitro.

168 ld be performed to evaluate the toxicity and estrogenic effect of alpha-ZOL/ZEA-AITC.

169 Progestin may enhance the estrogenic effect of conjugated estrogen so the combinat

170 -estradiol, the most powerful substance with estrogenic effect.

171 tion has important implications on long term estrogenic effects affecting smooth muscle and neural fu

172 Estrogenic effects are mediated through two estrogen rec

173 r, the molecular mechanisms underlying these estrogenic effects are unknown.

174 corice extracts; however, it exhibited lower estrogenic effects compared to 8-prenylnaringenin in fun

175 Estrogenic effects have been implicated in sexual differ

176 It was possible to detect and quantify estrogenic effects in all investigated sample types, eve

177 )-based in vitro screening assays to predict estrogenic effects in aquatic species.

178 of E2 in breast cancer therapy but minimizes estrogenic effects in other tissues is a novel, therapeu

179 in vitro data that raise the possibility of estrogenic effects of isoflavones contained in SF.

180 regulatory role for RIP140 in mediating anti-estrogenic effects of RA in estrogen-dependent breast ca

181 ence for a role for RIP140 in mediating anti-estrogenic effects of RA.

182 in vitro, raloxifene does not share the pro-estrogenic effects of tamoxifen on the endometrium.

183 current study was to evaluate the potential estrogenic effects of three licorice species (Glycyrrhiz

184 level is significantly reduced and that the estrogenic effects on apoA-IV gene expression and food i

185 enistein, a major component of soy, has weak estrogenic effects on breast epithelium, and has been fo

186 This was consistent with identification of estrogenic effects on gene expression, high BPA exposure

187 nd neuroanatomical studies that suggest that estrogenic effects on song processing might be mediated

188 eated female zebra finches to investigate if estrogenic effects on song responsiveness are mediated v

189 nd open new avenues for the understanding of estrogenic effects on the brain.

190 igh antiandrogenic and minor dioxin-like and estrogenic effects persisted in the treated effluent tha

191 terine myometrium, in contrast to apparently estrogenic effects previously found in the breast of Sev

192 se BPA alternatives induce similar toxic and estrogenic effects to BPA and that BPAF is more potent t

193 Both estrogens and smoking, with known anti-estrogenic effects, alter the atherogenic lipid profile.

194 ollutants and pathogens and the reduction of estrogenic effects, whereas the in vitro mutagenicity in

195 ustries (OSPW) have been reported to exhibit estrogenic effects.

196 corticoids yet transduces their actions into estrogenic effects.

197 contraceptive adjuvant, the impact of these estrogenic endocrine disrupting chemicals (EDCs) on the

198 xpression is also increased upon exposure to estrogenic endocrine disrupting chemicals (EDCs) such as

199 onmental factors, such as antiandrogenic and estrogenic endocrine disrupting chemicals (EDCs), are su

200 Bisphenol A (BPA) is an estrogenic endocrine disruptor widely used in the produc

201 Diethylstilbestrol (DES) is an estrogenic endocrine disruptor with long-term health eff

202 minates some foods and tobacco plants, is an estrogenic endocrine disruptor.

203 Previously estrogenic endocrine disruptors (EDs) were detected in 8

204 e experimental data suggest that they act as estrogenic endocrine disruptors.

205 Exposure of the TG fish to estrogenic endocrine-disrupting chemicals (EDCs) induced

206 reduced by APV and Rp-cAMPS, suggesting that estrogenic enhancement of object memory involves NMDA re

207 reshwaters and constitutes another source of estrogenic exposure for wildlife.

208 ata on predisposing factors related to race, estrogenic exposure, cryptorchidism, and infertility are

209 ns of singular steroidal estrogens or to the estrogenic extract of an anaerobic swine waste lagoon.

210 r important new insights into the ability of estrogenic GPER signaling to trigger HIF1alpha-dependent

211 ility of experiments as shown by morphology, estrogenic growth dose-response, whole genome gene expre

212 Brca1 loss in mammary epithelium alters the estrogenic growth response and that exposure to increase

213 metal pollutant that may act as an exogenous estrogenic hormone.

214 ion kinetics and mechanisms of three natural estrogenic hormones (17alpha-estradiol, 17beta-estradiol

215 k of literature concerning androgenic versus estrogenic hormones in environmental matrices.

216 ntly contains high concentrations of steroid estrogenic hormones.

217 Assessment of the estrogenic hypothalamic-pituitary-gonadal axis regulatio

218 No estrogenic impact on biochemical endpoints was observed

219 BPA and DMIP were estrogenic in high concentrations.

220 gnition and plasticity, instead producing an estrogenic increase in BDNF expression.

221 These studies describe estrogenic induction of AUF1p45 binding to the estrogen

222 Together, these results support an estrogenic influence of HDAC4 regulation and expression

223 were exposed to environmental levels of the estrogenic insecticide bifenthrin or ethinylestradiol (E

224 Daidzein (1) is a natural estrogenic isoflavone.

225 Estrogenic isoflavones were found, in the 1940s, to disr

226 p,p -DDE with development in response to its estrogenic isomer, o,p -DDE [1,1-dichloro-2-(o-chlorophe

227 folding-biosensor is useful in evaluation of estrogenic ligands and their downstream effects, and in

228 ort here that 1 can be transformed into anti-estrogenic ligands by simple alkyl substitutions of the

229 ellogenin/choriogenin induction by different estrogenic ligands correlated positively with preferenti

230 rs in vivo and to distinguish the ability of estrogenic ligands to promote ER homo- vs. heterodimeriz

231 binding pocket and compete for binding with estrogenic ligands.

232 nd suburban ponds may be contributing to the estrogenic load within suburban freshwaters and constitu

233 ish embryo-larvae and an assessment on their estrogenic mechanisms in an estrogen-responsive transgen

234 erentiated endpoints studied to date rely on estrogenic mechanisms in other mammals.

235 though multiple studies have concentrated on estrogenic mechanisms of disease modulation, fairly litt

236 unction, the molecular mechanisms underlying estrogenic memory modulation remain largely unknown.

237 ly (P=0.03) lower ratios of nonestrogenic to estrogenic metabolites (2-hydroxyestrone 1/16 alpha-hydr

238 potently stimulated by estradiol as well as estrogenic metabolites of 5alpha-dihydrotestosterone.

239 e of male sexual motivation are activated by estrogenic metabolites of testosterone (T) in a fast man

240 rmethrin, biotransformation of bifenthrin to estrogenic metabolites was not observed in medaka liver

241 ssment of aquatic systems, including complex estrogenic mixtures.

242 Estrogenic modulation of perception in songbirds and per

243 duces deleterious GC signals into beneficial estrogenic ones.

244 induce any toxic effects (cyto-genotoxicity, estrogenic or anti-androgenic activity) in vitro at rele

245 hormonal therapies to exert tissue-specific estrogenic or antiestrogenic activities, this knowledge

246 any EDCs studied thus far in fish have known estrogenic or antiestrogenic effects, and as such cause

247 iphenyltrichloroethane (DDT) is a persistent estrogenic organochlorine pesticide that is a rodent hep

248 drive biomarker induction in fish exposed to estrogenic pollutants and provide a case study on the ca

249 Despite the estrogenic potencies of BP derivatives, few studies have

250 as these products were shown to have a lower estrogenic potency but are expected to have a higher bio

251 The highest estrogenic potency in ERalpha-positive MCF-7/2a cells wa

252 ly reported, although this can influence the estrogenic potency of test compounds.

253 revealed augmented SSFs reduced the overall estrogenic potency of the supplied water by 25% on avera

254 8-Prenylnaringenin had nanomolar estrogenic potency without ER selectivity while xanthohu

255 eir prevalence in the environment and strong estrogenic potency.

256 ver exposure of humans to BP-3, owing to the estrogenic potential of this compound.

257 es involved in these pathways have different estrogenic potentials, as implied by our analysis of the

258 Tibolone has estrogenic, progestogenic, and androgenic effects.

259 ved compounds found mainly in soy with known estrogenic properties and a potential for benefits to hu

260 Exogenous compounds that have estrogenic properties can also be found circulating in t

261 Previous studies have shown estrogenic properties for hops, likely due to the presen

262 Although hops shows strong estrogenic properties via ERalpha, licorice might have d

263 (BPA), an endocrine-disrupting compound with estrogenic properties, fed to a/a dams harboring A(vy)/a

264 er preventives, especially due to their anti-estrogenic properties.

265 ive oxygen species (ROS)-generating, but non-estrogenic, quinone.

266 e report here a remarkable sex difference in estrogenic regulation of neuronal activity in male vs. f

267 provide data that support the importance of estrogenic regulation of S6K1 expression in breast cance

268 al prefrontal cortex (mPFC), suggesting that estrogenic regulation of the DH influences mPFC spinogen

269 However, the impairment of estrogenic relaxation was evident after the occurrence o

270 ion, mERalpha signaling is important for the estrogenic response in female mice in a tissue-dependent

271 types are critically involved in the teleost estrogenic response, with the ERalpha:ERbeta ratio being

272 a large set of ER data, accurately predicted estrogenic responses and demonstrated its utility for ch

273 NA binding and ER coactivator, in amplifying estrogenic responses and promoting breast cancer tumorig

274 Ligand-dependent estrogenic responses in NSCLC cells are probably generat

275 All bisphenol compounds induced estrogenic responses in Tg(ERE:Gal4ff)(UAS:GFP) zebrafis

276 The estrogenic responses induced by these AhR ligands were i

277 exposure activity ratios for biological and estrogenic responses, known chemical:gene interactions f

278 roteins Gs and Gi/o, and mediate non-genomic estrogenic responses.

279 Chemical analysis of the estrogenic samples indicated 2 pesticides (bifenthrin, d

280 compounds that were uniquely present in the estrogenic samples, biologically treated and untreated.

281 ess water (OSPW) was detected with the yeast estrogenic screening assay after fractionation with soli

282 The hypothesis is that in normal tissue the estrogenic SERM activity of a dual AI/SERM could attenua

283 lts indicate that Beclin 1 can down-regulate estrogenic signaling and growth response, and contribute

284 otein-coupled receptor GPR30 (GPER) mediates estrogenic signaling in breast cancer cells and cancer-a

285 microdialysis were used to determine whether estrogenic signaling in the mPOA modulates cocaine-induc

286 g chemicals (EDCs) are suspected of altering estrogenic signaling through estrogen receptor (ER) alph

287 tively, these data demonstrate that aberrant estrogenic signaling through the K303R ERalpha mutation

288 one quality are due to either stimulation of estrogenic signaling via isoflavones or through a novel

289 1 (mTORC1) has emerged as a critical node in estrogenic signaling.

290 cular mechanisms by which antiandrogenic and estrogenic signals induce penile malformations and demon

291 n combination can inhibit some, but not all, estrogenic signals.

292 lose their ability to respond positively to estrogenic stimulation.

293 and that these projections are sensitive to estrogenic stimulation.

294 experimental tool for the study of putative estrogenic stimuli of breast cancer.

295 anium dioxide (nTiO2) for rapid detection of estrogenic substance (bisphenol A) has been proposed.

296 e again consistent with those of only a weak estrogenic substance.

297 The sensitive response of this biosensor to estrogenic substances results from changes in the struct

298 al electrode material for detection of other estrogenic substrate.

299 llary study was designed to assess potential estrogenic treatment effects on cognition and mood.

300 Reciprocating the anti-estrogenic tumor suppressor activity of RUNX proteins, i