Research Project Level Inventory by Agents under study then Focal Areas
Study Types: Diethylstilbestrol
Category: Human Health Effects(57)- Physiological effects of xenobiotic oestrogens in mammals
- Emulation of sex steroid receptor action in yeast
- xenoestrogens and sperm quality in man
- Genetic toxicity of estrogenic agents
- Phenolic anthropogenic substances with hormone-like effects: Human toxicology
- Environment and male reproductive health
- Role of environmental enstrogens/antiestrogens in the development of prostatic discases
- Cryptorchidism and xenoestrogens. Is there an assiciation?
- Environmental oestrogens and oestrogenic molecules
- Mechanism and biological significance of aneuploidy induction by carcinogenic estrogens and other non-genotoxic carcinogens
- Interactions between phytoestrogens and other environmental estrogens with the novel estrogen receptor beta (ERb). Dioxin (Ah receptor)-ERb interactions.
- 51018-000 FOLLOW UP OF DES EXPOSED COHORTS
- 51019-000 FOLLOW UP OF DES EXPOSED COHORTS
- 58088-04 PERINATAL HORMONAL FACTORS & RAT PROSTATE CARCINOGENESIS
- 60698-03 ROLE OF VIP IN ESTROGEN-INDUCED PROLACTINOMAS
- 61093-03 EPIDEMIOLOGY OF EPITHELIAL OVARIAN CANCER
- 25001-20 ROLE OF MUTAGENESIS IN CARCINOGENESIS
- 49003-08 ENVIRONMENTAL EFFECTS ON FERTILITY
- 70060-24 DEVELOPMENTAL BIOLOGY/TOXICOLOGY OF ESTROGENIC ENVIRONMENTAL CHEMICALS
- 70065-21 CHEMICAL-RECEPTOR INTERACTIONS IN REPRODUCTION AND HORMONAL TOXICITY
- 44003-20 EPIDEMIOLOGIC STUDY OF REPRODUCTIVE OUTCOMES AND ENVIRONMENTAL EXPOSURES
- 70466-01 ESTROGEN EPOXIDATION AND BREAST CANCER
- 21167-008 DES-EXPOSED COHORT FOLLOWUP
- 50531-000 EXPOSED COHORTS
- 51017-000 FOLLOW UP OF DES EXPOSED COHORTS
- 05526-09 ANALYTICAL INVESTIGATIONS OF SELECTED ISSUES IN HUMAN CANCER
- Endocrine Disruptor Knowledge Base
- Effects of early exposure to xenoestrogens on the prostate gland
- VALIDATION OF AN IN VITRO RAT UTERINE ESTROGEN RECEPTOR BINDING ASSAY TO GENERATE RBA DATA FOR USE IN 3D-QSAR MODELING OF POTENTIAL ENDOCRINE DISRUPTORS
- Developmental Effects of Dietary Soy Phytoestrogens
- EFFECTS OF ENVIRONMENTAL TOXICANTS ON THE STEROID HORMONE PATHWAY
- Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters
- Prediction In Vitro of the Bioactivity of Potential Xenoestrogens in Animals and Humans
- Effect of endocrine disruptors on highly integrated systems.
- Effects of an endocrine disruptor on prostate development and growth
- Developmental Exposure to Endocrine Disruptors: Fertility and Gene Expression Profiles
- Endocrine disruption in adolescence
- Effects of endocrine disrupting chemicals on neuronal stem-cell differentiation
- Effects of endocrine disrupting chemicals on immune system
- The study on the effects of endocrine disrupting chemicals on steroid hormone receptors
- Carcinogenic effect of endocrine disrupting chemicals
- 3D-QSAR of EDCs, by computer simulation system using the docking method.
- Biological and molecular aspects of EDCs with a special reference to 3D-QSAR analysis.
- Molecular mechanism of receptor-mediated endocrine disrupting chemicals
- Development and validation of high through put screening using human cell reporter gene assay.
- Developmental effects of endocrine disruptors on mouse reproductive organs
- The effects of hormones and EDCs on nueronal network
- Development of screening method of EDCs by the rodent intrauterine exposure models.
- Development of EDC screening method using cell line transfected with human estrogen receptor gene.
- Refinement of Yeast Two-hybrid system on EDC screening
- Endocrine active chemicals and sexual differentiation of central nervous system and genital tract organs: Steroid hormone-regulated genes
- Comparative Developmental and Reproductive Toxicity of Endocrine Disrupting Chemicals in an in vivo rat model
- Comparative analysis of in vitro test systems and in vivo developmental toxicity of pesticides in mammals
- Combined effect of representative EDCs in uterotrophic, hershberger and modified one generation assays (contract study)
- Effects of endocrine disrupting chemicals on mouse gonad differentiation, spermgenesis and oogeuesis
- Steroid hormone metabolism
- Effect of endocrine disruptors on sexual differentiation of the brain in mammals
- Environmental halogenated aromatic hydrocarbons and estrogens; mechanism of action, interactions and test-system development
- Development of a vitellogenin assay with fish hepatocytes
- Endocrine-disrupting effects on amphibia
- Detection of environmental contaminants with estrogenic effects by means of isolated fish hepatocytes
- Review of the evidence for ecological effects of environmental sex hormone disrupters
- Endocrine chemicals in fish and fish cells - strategies for ecotoxicological testing
- QSAR, development & application of QSARs
- The Influence of Environmental Estrogens on Carcinogenesis (in trout)
- Evaluation of endocrine disruption in fish and aquatic invertebrates.
- Critical Stages in Avian Development: Estrogenic Hazards to Altricial and Precocial Birds
- In Vitro Methods to Assess Reproductive/Developmental Risk of Environmental Contaminants to Aquatic Organisms
- DEVELOPMENT OF AN IN-VIVO ASSAY FOR INSULIN-LIKE GROWTH FACTOR IN FISH
- Reproductive and endicrine effects of o,p'-DDT, an environmental estrogen, and p,p'-DDE, and environmental antiandrogen, in male and female atlantic croaker during criticaliod
- A short-term screen for endocrine disruption in juvenile fathead minnows (Pimephales promelas)
- The effect of endocrine active substances upon soil invertebrates and fresh water fish
- Development of a new in vitro system for detection of estrogenic activity of environmental chemicals
- Response related analytics of environmental compounds with receptor assays
- Identification, exposure assessment and characterization of risks by xenestrogens and other endocrin effective agents present in German freshwater and marine environments: Field and laboratory studies
- Endocrine disruptors
- Xenoestrogen effects during premeiotic stages of spermatogenesis: Development of an invitro test system and molecular markers of action
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