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Genetics --- Heredity --- Génétique --- Hérédité --- Génétique --- Hérédité
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Genetics --- Genetic engineering --- Génétique --- Génie génétique --- 241.63*5 --- Designed genetic change --- Engineering, Genetic --- Gene splicing --- Genetic intervention --- Genetic surgery --- Genetic recombination --- Biotechnology --- Transgenic organisms --- Biology --- Embryology --- Mendel's law --- Adaptation (Biology) --- Breeding --- Chromosomes --- Heredity --- Mutation (Biology) --- Variation (Biology) --- Theologische ethiek: bio-ethiek (bioethiek); genetische experimenten; transplantatie; eugenetica --- 241.63*5 Theologische ethiek: bio-ethiek (bioethiek); genetische experimenten; transplantatie; eugenetica --- Génétique --- Génie génétique --- Genetic engineering.
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Risk management --- Risk assessment --- Gestion du risque --- Evaluation du risque --- Environmental responsibility. --- Environmental ethics --- 614.8 --- Environmental responsibility --- Ecological accountability --- Ecological responsibility --- Environmental accountability --- Responsibility --- Environmental quality --- Human ecology --- Ethics --- Risico. Ongevallen--(voor meer gedetailleerde uitwerking zie e-{614.8}) --- Moral and ethical aspects --- Environmental ethics.
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Biotechnologies, étiquetage du maïs transgénique, drame du sang contaminé : autant de grandes "affaires scientifiques" qui posent des enjeux majeurs de société. Pourtant, dans ces domaines, le publie est mal informé, parfois désinformé, et l'opinion est souvent parcourue de craintes peu fondées. Biologiste, Philippe Kourilsky apporte tous les éléments permettant de mieux comprendre ces questions controversées et analyse les dérapages auxquels ils ont donné lieu. Un ouvrage solide, clair et accessible qui a pour vocation d'informer, de provoquer et de faire réfléchir.
Communication in medicine --- Science --- Science in mass media --- Science news --- Public opinion --- Biotechnologie --- Biotechnology --- Génie génétique --- genetic engineering --- Animal transgénique --- Transgenic animals --- Plante transgénique --- Transgenic plants --- extension activities --- Comportement --- Behaviour --- Changement technologique --- technological changes --- Adoption de l'innovation --- Innovation adoption --- biomedische technologie --- technologie biomédicale --- Natural science --- Science of science --- Sciences --- News, Science --- Popularization of science --- Health communication --- Medical communication --- Popularization --- Natural sciences --- Communication in science --- Journalism --- Technical writing --- Mass media --- Medicine --- Communication in medicine - France --- Science - Public opinion --- Science in mass media - France --- Science news - France --- Health Communication --- Ethics, Medical --- Bioethics --- Biomedical Enhancement
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What about molecular immunology? Strictly speaking , is it the study of molecules of the immune system and their interactions? Without a doubt. An important part of immunology is concerned with receptors and their ligands, and the transmission of signals from the surface of cells to their nucleus. It is today one of the fields of biology where we can best see how molecular aggregates assemble and dissociate in highly specific combinatorics. But it is not this restrictive view that I retain. Molecular immunology is not a specialized area of immunology. It designates, on the contrary, the inclusion of immunology in the movement of molecular biology; which, in fact, widens the framework.
Biology --- Health & Biological Sciences --- Microbiology & Immunology --- biologie moléculaire --- immunologie moléculaire --- biologie
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La découverte de la structure de l'ADN est une perçée intellectuelle dont l'impact, en biologie, est comparable à la révolution déclenchée par les lois de Newton, en physique. Nous savons aujourd'hui comment les gènes, les segments des molécules d'ADN, déterminent et transmettent à leur descendance les caractéristiques de chaque organisme et comment ils commandent la fabrication des éléments constitutifs des êtres vivants, les protéines. La biologie moléculaire, le thème de cet ouvrage, permet ainsi de mieux apprécier la diversité et la remarquable unité du vivant. Les lois qui régissent la transcription du gène en protéine s'appliquent dans tout le règne animal, des bactéries à l'homme.
genetics --- proteins --- ADN --- DNA --- Enzyme activity --- ARN --- RNA --- Virology --- Ribosomes --- antibodies --- Neoplasms --- microorganisms --- Vaccines --- Interferons --- genes --- Genes --- DNA. --- RNA. --- Genes. --- Genetics. --- Genetic engineering. --- Biochemical genetics. --- Gènes. --- Génétique. --- Génie génétique. --- Génétique moléculaire.
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