Caramba! - Nobelova Cena - Medicína (1969-1985) arber, werner II arber, werner III Nathans, Daniel I Nathans, Daniel III (nem) Nathans, Daniel V Nathans, Daniel IV Smith, Hamilton O. I http://www.caramba.cz/page.php?PgID=696
Werner Arber Translate this page werner arber nace en 1929 en Gränichen, Suiza y estudia en la Universidad TécnicaFederal de Zürich y en la de Ginebra, donde se doctora en 1953. http://www.campusdeexcelencia.info/werner-arber.html
Extractions: @import "/images/style.css"; @import "/styles/biografia.css"; Werner Arber Werner Arber nace en 1929 en Gränichen, Suiza y estudia en la Universidad Técnica Federal de Zürich y en la de Ginebra, donde se doctora en 1953. Investigador en los laboratorios de biofísica de las universidades de Ginebra (1953-58) y de Los Ángeles, vuelve a Ginebra como profesor de genética molecular (1959-70) y a partir de 1971, imparte cursos de microbiología en la Universidad de Basilea. En 1978 le fue otorgado el Premio Nobel de Fisiología y Medicina junto con sus colegas Daniel Nathans y Hamilton O. Smith, ambos de la University School of Medicine en Baltimore (Estados Unidos). El premio les fue concedido por su descubrimiento de las enzimas de restricción y su aplicación en la genética molecular. Este hecho supuso el tener un potente instrumento para analizar la estructura de los genes y poder establecer las secuencias en las cadenas de ADN. Aparte de Premio Nobel, Arber es doctor Honoris Causa de la University of Southern California, de la Université Louis Pasteur y de la Universidad de Las Palmas de Gran Canaria.
Contributors arber, werner* (University of Basel, Basel, Switzerland) Genetic Variation andMolecular Evolution. Archer, Trevor K. (National Institute of Environmental http://www.wiley-vch.de/books/emcbmm2/contributors.html
Extractions: A B C D ... Z Our authors include many of the leaders in molecular cell biology and molecular medicine, e.g. Christiane Nüsslein-Volhard and her Zebrafish Genome team are among those preparing their genome articles as is Werner Arber writing on "Genetic Variation and Molecular Evolution". Robert Huber is coauthoring an article on "X-ray Diffraction of Biomolecules", Stanley Prusiner is updating his article on "Prions" while Aaron Ciechanover is writing on "The Ubiquitin-Proteasome System for Controlling Cellular Protein Levels". An extensive listing of authors is shown below. * Nobel laureate A Aguilar, Marie-Isabel (Monash University, Clayton, Australia)
Wright Center For Science Education At Tufts University werner arber, biologist, Biozentrum, University of Basel, Switzerland wernerarber. A Neglected, but Not Negligible, Responsibility of Science to http://www.tufts.edu/as/wright_center/work_con_lec/conf.html
Extractions: THE THIRTEENTH LABOR: Improving Science Education , edited by E. Chaisson and T-C Kim. What follows is the preface and front matter of that book. For two days in the fall of 1995, a highly diverse and international group of invited guests came together at the American Academy of Arts and Sciences, in Cambridge, to discuss a broad and timely topic of interest to all people. The first Boston Forum on "Science, Education, and Future Generations" was designed to explore how we might improve science literacy among future citizensand generally how we can foster a more humane, globally oriented society, given (or perhaps despite) the technological democracy in which most of us live. The objective was to convene a decidedly interdisciplinary cluster of broad thinkers to address the issue of how we can help build a better future for all humankindand specifically what role science and technical education have, if any, in helping to ensure that better future. No papers were read at the Boston Forum, no planned speeches given. The intent was to allow each participant the opportunity to have his or her say with maximum ease and comfort, yet also to allow others to interrupt the flow of discourse if so moved. The forum itself was facilitated by using the Council Room at the American Academy, where all 22active participants sat around a large octagonal table, engaging each other face-to-face without any obviously preferred orcentral location. Behind us, in an "outer orbit," were a dozen observersmostly master pre-college teachers, who entered the conversations sparringly, just enough to keep our discussions relevant and useful to real-world objectives. All sessions were simultaneously translated into Japanese and English, and all were videotaped by NHK, Japan's public-broadcasting system.
Extractions: Josephine Papst (Graz) Buch: Das Verbindende der Kulturen Book: The Unifying Aspects of Cultures Livre: Les points communs des cultures Josephine Papst (indexicals - Centre of transdisciplinary cognitive and state-system sciences, Graz, Austria) Abstract The central characteristics of classical philosophy are the commitment to universality, the request to understand and to explain reality with its visible and invisible features, the request to understand what there is beyond the everyday visible world; in short: to get truth, the good and beauty. Because of the loss of the central characteristics of classical philosophy during the mutation process of philosophy during the 20th century the quest for a new paradigm of sciences emerged. The paradigm of transdisciplinarity was first formulated not by a philosopher, but by a quantum physicist, namely by Basarab Nicolescu. "The Manifesto of Transdisciplinarity" is written. My search for a new paradigm started in the early 90ies of the last century and generated itself from my investigation of contemporary philosophy, which brought about its misleading features. Therefore, in this paper, firstly, I formulate the thesis of transdisciplinarity - ThTrans -, secondly, I focus on the relevance of disciplinary sciences for generating the paradigm of transdisciplinarity, thirdly, the question is asked whether or not the paradigm of transdisciplinarity does entail the central characteristics of classical philosophy. The answer will be: "yes"! Fourthly, because of its relevance the focus is on the creation of transdisciplinary research groups. The paper should be understood as an approach to the understanding and the justification of the paradigm of transdiscipliarity as the unifying paradigm of humanities, natural and social sciences.
Golem.de - Lexikon Translate this page Dieser Artikel basiert auf dem Artikel werner arber aus der freien EnzyklopädieWikipedia und steht unter der GNU Lizenz für freie Dokumentation. http://lexikon.golem.de/Werner_Arber
Extractions: News Forum Archiv Markt ... Impressum Lexikon-Suche Lizenz Dieser Artikel basiert auf dem Artikel Werner Arber aus der freien Enzyklopädie Wikipedia und steht unter der GNU Lizenz für freie Dokumentation . In der Wikipedia ist eine Liste der Autoren verfügbar, dort kann man den Artikel bearbeiten Letzte Meldungen OpenOffice.org 1.1.5 erschienen Expression: Microsoft stellt Grafik- und Design-Produkte vor ... Originalartikel Werner Arber 3. Juni in ) ist schweizer Mikrobiologe und Genetiker Arber studierte von bis in Genf Genf . Seit 1971 ist Arber Professor am . Seine wichtigsten Arbeitsgebiete sind die bakteriellen Restriktionssysteme und bewegliche genetische Elemente (Insertionselemente, Transposons Restriktionsenzyme und ihre Anwendung in der Molekulargenetik bekamen Werner Arber, Daniel Nathans und Hamilton Othanel Smith den
Especiales Diario Médico Translate this page werner arber Hamilton O. Smith nació en Nueva York en 1931. Estudió Matemáticasen las universidades de Illinois y Berkeley y, al finalizar estos estudios, http://www.diariomedico.com/medicinasiglo/nobel1978.html
Extractions: Publicidad Servicios Internet Sanitario Archivo Asesor Legal Congresos Deportes Dossieres Especiales DM Foros Imprescindibles DM Impuestos Informes Web Medline Multimedia Newsletters Ocio en DM Ofertas de trabajo Ondasalud.com Tienda de libros Especialidades Aparato Digestivo Enfermedades raras Ginec./Obstet. Infecciosas/Sida Med. Deportiva Med. Familiar Medicina Intensiva Med. Interna Medicina Legal Med. Nuclear Med. Preventiva Med. Trabajo Med. Urgencias Otorrinolaring. Trasplantes Form. continuada Telemedicina Secciones Sanidad Normativa Medicina Gestion Entorno Inicio
Extractions: feito que revolucionou a biologia molecular O bioquímico suíço Werner Arber, Prêmio Nobel de Medicina e ex-presidente do International Council for Science (ICSU), estará no IEA no dia 13 de outubro, às 10h, para uma conferência sobre "Mecanismos Moleculares da Evolução Biológica". O evento será em inglês e aberto a todos os interessados ( Arber e os norte-americanos Daniel Nathans e Hamilton Smith Em entrevista que concedeu em dezembro passado ao site espanhol , Arber explicou como lhe ocorreu a idéia da ação das enzimas de restrição no DNA: "Observei que um vírus que se reproduzia em determinada bactéria encontrava barreiras para seu desenvolvimento e crescimento se era passado para outra bactéria. E quando era devolvido à bactéria de origem também não crescia. Pensei que havia uma modificação genética do vírus, não no DNA, mas sim em uma enzima do vírus".
Extractions: feito que revolucionou a biologia molecular O bioquímico suíço Werner Arber, Prêmio Nobel de Medicina e ex-presidente do International Council for Science (ICSU), esteve na USP no dia 13 de outubro, para uma conferência sobre "Mecanismos Moleculares da Evolução Biológica". Inicialmente programado para o auditório do IEA, que organizou a visita de Arber à USP, o evento teve de ser transferido para a Sala do Conselho Universitário, diante do enorme público que compareceu para ouvir o cientista. Arber e os norte-americanos Daniel Nathans e Hamilton Smith Em entrevista que concedeu em dezembro passado ao site espanhol , Arber explicou como lhe ocorreu a idéia da ação das enzimas de restrição no DNA: "Observei que um vírus que se reproduzia em determinada bactéria encontrava barreiras para seu desenvolvimento e crescimento se era passado para outra bactéria. E quando era devolvido à bactéria de origem também não crescia. Pensei que havia uma modificação genética do vírus, não no DNA, mas sim em uma enzima do vírus".
UNIVERSALIA 2003 Translate this page werner arber. Gränichen, Suiza, 1929. Catedrático emérito de MicrobiologíaMolecular de la Universidad de Basel, Suiza. Premio Nobel de Medicina y http://www.universalia.es/cas/2003/agenda/ponente.php?id=28
