Search results for "XÉNO-HORMONES"

showing 2 items of 2 documents

Lifelong exposure to low dose xeno-hormones in rats : multi-generational effects of xeno-hormone mixtures on taste preferences, maternal behavior, an…

2012

During the last decade, the issue of health-related endocrine disruptors (ED) has been extended to the toxicity of mixtures. The objective of this study was to define the effects of lifelong exposure to ED mixtures, at low doses defined as "non-harmful" by the authorities. In this aim, the effects of mixtures combining genistein, vinclozolin and bisphenol A, have been investigated in the rat by using an integrative and multi-generational experimental approach which takes into account maternal behavior, feeding behavior and development. Our results show that these mixtures could: a) reduce maternal behavior, b) change taste preferences (sweet, salty), c) affect the development from the in ut…

Submandibular gland[SDV.SA] Life Sciences [q-bio]/Agricultural sciencesDimorphisme sexuel[SDV.MHEP] Life Sciences [q-bio]/Human health and pathologyTolérance au glucoseXéno-hormonesXeno-hormonesAdipose tissueTissu adipeuxGlucose toleranceProtéines salivairesSalivary proteinsSexual dimorphismCholesterolCholestérolHistone acetylationGustineGlande submandibulaireAcétylation des histones
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Exposition continue aux xéno-hormones à faibles doses chez le rat : effets multi-générationnels de mélanges sur les préférences gustatives, le compor…

2012

During the last decade, the issue of health-related endocrine disruptors (ED) has been extended to the toxicity of mixtures. The objective of this study was to define the effects of lifelong exposure to ED mixtures, at low doses defined as "non-harmful" by the authorities. In this aim, the effects of mixtures combining genistein, vinclozolin and bisphenol A, have been investigated in the rat by using an integrative and multi-generational experimental approach which takes into account maternal behavior, feeding behavior and development. Our results show that these mixtures could: a) reduce maternal behavior, b) change taste preferences (sweet, salty), c) affect the development from the in ut…

XÉNO-HORMONES;DIMORPHISME SEXUEL;TISSU ADIPEUX;GLANDE SUBMANDIBULAIRE;PROTÉINES SALIVAIRES;GUSTINE;TOLÉRANCE AU GLUCOSE;CHOLESTÉROL;HISTONE ACÉTYLATION[SDV.AEN] Life Sciences [q-bio]/Food and NutritionXENO-HORMONES;SEXUAL DIMORPHISM;ADIPOSE TISSUE;SUBMANDIBULAR GLAND;SALIVARY PROTEINS;GUSTINE;GLUCOSE TOLERANCE;CHOLESTEROL;HISTONE ACETYLATION[SDV.AEN]Life Sciences [q-bio]/Food and Nutrition
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