Research Project Level Inventory by Level of Study Type then Focal Area
Study Types: Transgenic Model
Category: Ecological Effects(3) Category: Exposure Assessment(4)- Development of a new in vitro system for detection of estrogenic activity of environmental chemicals
- 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
- Transgenic Biosensors of Environmental Toxicants
- Examination of the estrogen response pathway in a new vertebrate model
- Sex Hormones Effects On The Brain
- Environment and male reproductive health
- Interactions between phytoestrogens and other environmental estrogens with the novel estrogen receptor beta (ERb). Dioxin (Ah receptor)-ERb interactions.
- Phytoestrogens and prevention of disease
- 70065-21 CHEMICAL-RECEPTOR INTERACTIONS IN REPRODUCTION AND HORMONAL TOXICITY
- 06439-03 ROLE OF ARNT PROTEIN IN DEVELOPMENT AND CARCINOGENESIS
- 70079-03 ESTROGEN RECEPTORS IN MALE REPRODUCTION
- 61262-02 METALLOTHIONEIN IN REPRODUCTION AND DEVELOPMENT
- 61319-02 METALLOTHIONEIN--EFFECTS ON MUTAGENESIS
- 62269-01A2 METALLOTHEONEIN AND CADMIUM CARCINOGENESIS IN RAT PROSTATE
- Endocrine Disruptor Knowledge Base
- Effects of early exposure to xenoestrogens on the prostate gland
- Reproductive and Developmental Toxicity of Dioxin
- Receptor Mediated Developmental Toxicity
- Methoxychlor and environmental "estrogen" receptors in ERa-minus mice"
- Influence of Plasma Sex Hormone Binding Globulin on the Bioavailability of Phytoestrogens and Xenobiotics
- Collaborative Research: Melanopsin - A Novel Deep Brain Opsin
- The Role of Estrogen Receptor in Aggressive Behavior
- Mechanism of adverse effects from endocrine disruptors
- Mechanism of possible human health effect of endocrine disrupting chemicals
- Effect of endocrine disruptors on highly integrated systems.
- Analysis of Polyglutamine neurotxicity by endocrine disrupting chemicals a as risk factor
- Mechanistic studies on the perturbation of organogenesis caused by endocrine disruptors
- Development of a sensitive assay for androgenic activity using prostate cell lines
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