Research Project Level Inventory by Agents under study then End Points
Study Types: Phthalates
Category: Carcinogenesis(16)- Emulation of sex steroid receptor action in yeast
- Environmental Health Impact Assessment in Flanders, Belgium
- Environmental halogenated aromatic hydrocarbons and estrogens; mechanism of action, interactions and test-system development
- Environment and male reproductive health
- Etiologic Factors in Breast Cancer: Estrogenic Xenobiotics in fat tissue (A case control study)
- Combination effects of mixtures of xenoestrogens
- Release and fate of estrogenic and (anti)androgenic substances to the aquatic environment
- Development of a PBPK model to predict exposure to xenoestrogens leached from polymeric medical devices
- Release and fate of estrogenic and (anti)androgenic substances into theaquatic environment Release and fate of estrogenic and (anti)androgenic substances into theaquatic environment
- Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters
- Strategies for detection of enviromental endocrine disruptors in animals and in humans.
- Effects of endocrine disruptors on fish
- Effects of endocrine disruptors on fish
- Professional exposure (Greenhouse workers and sprayers) to pesticides
- Quantitative analyses of sexual behaviour as a screening tool of hormone-mimicking effects on animal reproduction
- Effects of endocrine disruptors on the reproductive organs and the behaviour of rats
- Environmental Health Impact Assessment in Flanders, Belgium
- Effect of endocrine disruptors on sexual differentiation of the brain in mammals
- Development of a Fish Test to Detect Endocrine Disruptors in Surface Water
- Hormone Disruptors in Food
- Animal in vivo studies
- HYPOTHALAMIC SLICE AS A MODEL FOR TESTING THE EFFECTS OF CHEMICALS.
- CELLULAR AND MOLECULAR MECHANISMS OF ABNORMAL REPRODUCTIVE DEVELOPMENT: IN VIVO EFFECTS OF ENVIRONMENTAL ESTROGENS
- Development of a PBPK model to predict exposure to xenoestrogens leached from polymeric medical devices
- Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters
- Effects of fetal and neonatal exposure to EDCs on the structural alterations of Hypothalamic nuclei and the influence on the reproduction.
- Mechanistic studies on the perturbation of organogenesis caused by endocrine disruptors
- Professional exposure (Greenhouse workers and sprayers) to pesticides
- Environmental halogenated aromatic hydrocarbons and estrogens; mechanism of action, interactions and test-system development
- Effects of environmental estrogens on marine organisms
- Effects of endocrine disruptors on fish
- Effects of endocrine disruptors on fish
- Professional exposure (Greenhouse workers and sprayers) to pesticides
- Physiological effects of xenobiotic oestrogens in mammals
- Emulation of sex steroid receptor action in yeast
- Vitellogenin assay with fish hepatocytes
- Endocrine modulators and the human female reproductive system
- Environmental Chemicals as endocrine disruptors: Amphibians as a model to study the feminization phenomenon
- xenoestrogens and sperm quality in man
- Effects of endocrine disruptors on the reproductive organs and the behaviour of rats
- Environmental Health Impact Assessment in Flanders, Belgium
- Effect of endocrine disruptors on sexual differentiation of the brain in mammals
- Effects of di-(2ethylhexyl)phtalate (DEHP) on aquatic organisms
- Aquatic ecotoxicology
- Environmental halogenated aromatic hydrocarbons and estrogens; mechanism of action, interactions and test-system development
- Environment and male reproductive health
- Effects of environmental estrogens on marine organisms
- Cryptorchidism and xenoestrogens. Is there an assiciation?
- Development of a vitellogenin assay with fish hepatocytes
- Endocrine-disrupting effects on amphibia
- Exposure and ecological effects of hazardous substances and drugs in surface waters
- Development of a Fish Test to Detect Endocrine Disruptors in Surface Water
- Endocrine Disruptors and Human Male Reproduction
- Detection of environmental contaminants with estrogenic effects by means of isolated fish hepatocytes
- Hormone Disruptors in Food
- Animal in vivo studies
- 1) Investigation of wild populations of fish to determine evidence of endocrine disruption 2) Effects of endocrine disruptors on early life stages of fish 3) Effects of sewage effluents on sex differentiation
- Combination effects of mixtures of xenoestrogens
- Endocrine chemicals in fish and fish cells - strategies for ecotoxicological testing
- QSAR, development & application of QSARs
- Release and fate of estrogenic and (anti)androgenic substances to the aquatic environment
- CELLULAR AND MOLECULAR MECHANISMS OF ABNORMAL REPRODUCTIVE DEVELOPMENT: IN VIVO EFFECTS OF ENVIRONMENTAL ESTROGENS
- CELLULAR AND MOLECULAR MECHANISMS OF ABNORMAL REPRODUCTIVEDEVELOPMENT
- Endocrine Disruptor Knowledge Base
- Effects of anti-androgen-like chemicals on fetal testicular function and consequences to adults
- Detection and Identification of Estrogenic/antiestrogenic Compounds in the Marine Environment
- Effects of Di-n-butyl phthalate on reproductive development in the rat
- Pharmacokinetics of Di-n-butyl phthalate in pregnant rats
- Pathogenesis of testicular lesions induced by late gestational exposure to di(n-butyl) phthalate
- Analyssi of residue levels of endocrine disruptor in human umbilical cords & fetus
- Development of a PBPK model to predict exposure to xenoestrogens leached from polymeric medical devices
- Endocrine Disruption in the Marine Environment (EDMAR)
- Release and fate of estrogenic and (anti)androgenic substances into theaquatic environment Release and fate of estrogenic and (anti)androgenic substances into theaquatic environment
- Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters Environment-dependent brain development mediated by hormones andneurotransmitters
- Amphibians as a model to study endocrine disruptors
- NATIONAL INVESTIGATION INTO THE OCCURRENCE AND EFFECTS OF ESTROGENIC-ACTIVE COMPOUNDS IN THE AQUATIC ENVIRONMENT
- Developmental Exposure to Endocrine Disruptors: Fertility and Gene Expression Profiles
- Effects of Endocrine Disruptors on Mammalian Testis Development
- Effects of fetal and neonatal exposure to EDCs on the structural alterations of Hypothalamic nuclei and the influence on the reproduction.
- A study on the effect of Phthalates on reproduction.
- In vitro analysis of endocrine activity of environmental samples and of mixtures of chemicals
- Human exposure to xenobiotics with potential endocine effects: evaluation of risks for reproduction and development
- Human exposure to xenobiotics with potential endocrine effects: evaluation of risks for reproduction and development
- Strategies for detection of enviromental endocrine disruptors in animals and in humans.
- Bioindicators of exposure to and effects of xenoestrogens in the marine environment
- Effects of endocrine disruptors on fish
- Effects of endocrine disruptors on fish
- Vitellogenin as a biomarker in screening chemicals for estrogenic effects: Relationship between vitellogenin induction, reproduction and sexual development.
- Professional exposure (Greenhouse workers and sprayers) to pesticides
- organochlorines and male reproduction
- Detection of environmental contaminants with estrogenic effects by means of isolated fish hepatocytes
- Endocrine chemicals in fish and fish cells - strategies for ecotoxicological testing
- Environmental Exposure Assessment of Endocrine Disrupters in Sewage Treatment Works and River Water
- Human exposure to xenobiotics with potential endocine effects: evaluation of risks for reproduction and development
- Human exposure to xenobiotics with potential endocrine effects: evaluation of risks for reproduction and development
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