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Complex environments

RTD-INSERM: Neuroendocrine Effects of Endocrine Active Chemicals (EAC): a Literature Review

The mammalian brain and pituitary gland (hypophysis) are clearly target organs for steroid and thyroid hormone action. There is also evidence that prenatal (in utero) or neonatal (young) exposure to high concentrations of some chemicals can affect the developing nervous […]

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D1.1-SYNG: Study of the Role and Application of Biomarkers in the Management of the Health Risks Associated with Occupational Exposures to Chemicals

The objective of this project was to provide a concise and impartial view of the major developments in academic, institutional and industrial laboratories in Europe, USA and elsewhere working on biomarkers for monitoring human exposure to chemicals. The research into […]

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EMSG23: Endocrine Modulating Effects in Fish Along the Elbe River and in Reference Areas. Assessment of Risks Related to the Habitat Conditions and the Natural Variability of Endocrine Functions

The aim of the study is to identify effects caused by endocrine modulation in fish and evaluate these with respect to dysfunction in sex differentiation, development of functional organs as well as fecundity. Another aspect is the determination of the […]

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EMSG24: Environmental Oestrogens and the Neuro-Endocrine Regulation of Reproduction of Fish

The aim of the study was to study neuro-endocrine regulation, particularly the brain-pituitary-gonad (BPG) axis, 3 freshwater fish species (catfish, trout and tilapia) exposed to 4-nonyl phenol (4-NP) or oestradiol (EE). The research also sought to establish an immortalised gonadotroph […]

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