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Antibodies [Monoclonal ] --- Anticorps monoclonaux --- Antilichamen [Monoclonale ] --- Hybridomas --- Hybridomen --- Hybridomes --- Monoclonal antibodies --- Monoclonal immunoglobulins --- Monoclonale antilichamen --- Hybridomas. --- Monoclonal antibodies. --- Rats --- Antibodies, Monoclonal. --- Rats. --- Immunology. --- Immunology --- Rats - Immunology.

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Analytical biochemistry --- Test ELISA --- ELISA --- Technique immunoenzymatique --- Immunoenzyme techniques --- Enzymes --- Analyse quantitative --- Quantitative analysis --- Réaction antigène anticorps --- antigen antibody reactions --- Enzyme-linked immunosorbent assay. --- Enzyme-linked immunosorbent assay --- Marquage enzymatique

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Biotechnology is one of the "buzz" words of the decade. At its simplest simple, it is the commercial exploitation of living organisms or their components - such as enzymes - and thus it covers the discipline formerly known as industrial microbiology. Indeed to many people, the two terms are synonymous. However the word biotechnology could in its broadest sense also be extended to cover certain aspects of horticulture and agriculture as both practices to some extent involve the commercial exploitation of animals or plants. This broad view of what constitutes biotechnology forms the basis of this book. The overriding aim has been to combine in a single text information on recombinant DNA technology, protein engineering, industrial microbiology, monoclonal antibodies, plant and animal cell culture, new methods of plant and animal breeding and the legal, social and ethical issues which surround biotechnology. It provides a basic reference source for undergraduates taking courses in biochemistry, genetics and molecular biology and also for industrial specialists who seek further information on areas with which they are less familiar. The book is heavily biased towards the impact of in-vitro gene manipulation, which is one of the reasons why biotechnology is currently a topic of consuming interest to a wide-ranging number of people.

biotechnologie --- biochemie --- General biochemistry --- chemische technologie --- Biotechnology --- Biotechnologie --- ADN --- DNA --- Recombinaison --- recombination --- Micro-organisme --- microorganisms --- Génie génétique --- genetic engineering --- Protéine --- proteins --- Microbiologie --- Microbiology --- Anticorps monoclonal --- monoclonal antibodies --- Culture de cellule --- Cell culture --- Plante --- plants --- Animal --- animals --- Biotechnology. --- 66.098 --- Chemical engineering --- Genetic engineering --- Biological processes. Biotechnology --- Basic Sciences. Biotechnology --- Biotechnology (General) --- Biotechnology (General). --- 66.098 Biological processes. Biotechnology --- DNA.

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Immunologie --- Immunity --- Immunotherapy --- Allergy and Immunology --- Immunity, Cellular --- Immunology --- Cellular immunity --- Immunité --- Immunothérapie --- Immunité cellulaire --- Immune System Diseases --- immunity --- Antigène --- Antigens --- Lymphocyte --- lymphocytes --- Réponse immunitaire --- Immune response --- Pouvoir pathogène --- Pathogenicity --- Néoplasme --- Neoplasms --- Anticorps monoclonal --- monoclonal antibodies --- Génie génétique --- genetic engineering --- Immunité --- Immunothérapie --- Immunité cellulaire --- Immunotherapy. --- Immunity. --- Allergy and Immunology. --- Immunity, Cellular. --- Immune System Diseases. --- Immune System. --- Immune System

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Quatrième de couverture : "Nous vivons actuellement un profond bouleversement des stratégies thérapeutiques en cancérologie, comme en témoigne le prix Nobel de médecine 2018 attribué à James P. Allison et Tasuku Honjo pour leurs travaux sur le traitement du cancer par "inhibition de la régulation immunitaire négative". Les découvertes récentes en immunologie et la preuve de leur pertinence clinique conduisent à repenser la maladie cancéreuse, jusqu'à sa définition même. Le présent peut être vu en cancérologie comme un moment charnière entre une période où la cancérologie s'est centrée sur la tumeur et une période qui s'ouvre, recentrée sur l'hôte. L'objectif de cet ouvrage est de faire le point sur les différents acteurs de la réponse immunitaire, de revenir aux "fondamentaux", afin de comprendre les mécanismes engagés par les différentes immunothérapies, pourquoi ces thérapies sont efficaces, mais aussi potentiellement toxiques. Cet ouvrage a pour ambition d'éclairer la relation hôte-tumeur et le fonctionnement du système immunitaire face au cancer, mais également de donner les clefs pour comprendre les nouvelles approches (CAR-T, enzymes immunosuppressives, etc.) qui sont en cours de développement thérapeutique et, pour certaines d'entre elles, déjà au stade des essais cliniques. Rédigé par des équipes de référence impliquées dans la recherche fondamentale et appliquée en immunologie des tumeurs, ce livre correspond à une actualité et à un besoin. Il intéressera particulièrement chercheurs et personnels soignants en oncologie et immunologie."

Neoplastic Stem Cells --- Antibodies, Neoplasm --- Immunotherapy --- Neoplasms --- Cancer Vaccines --- Biomarkers, Tumor --- Cancer --- Vaccins anticancéreux --- Marqueurs tumoraux --- therapy --- Immunothérapie --- Thérapeutique --- Cellules cancéreuses. --- Cellules souches. --- Immunothérapie. --- Biologie. --- Immunothérapie. --- Anticorps antitumoraux. --- Cancer cells --- Immune response --- Carcinogenesis --- Cellules cancéreuses. --- Immunological aspects. --- immunology --- Vaccins anticancéreux. --- Marqueurs tumoraux. --- Thérapeutique. --- Antibodies, Neoplasm. --- Immunothérapie anticancéreuse. --- Biomarkers, Tumor. --- therapy.