Rider University Newswire Story Rider University will confer honorary doctor of laws degrees on Dr. eric F. wieschaus,a Nobel laureate in physiology and medicine, and Graeme Phelps Flip http://www.rider.edu/news/newswire/spring2003/honorarydegree.htm
Extractions: Dr. Wieschaus, professor of molecular biology at Princeton University, won the Nobel Prize in physiology and medicine in 1995. A member of the faculty since 1981, he is recognized for his scientific scholarship. That recognition has taken the form of both his election to the National Academies of Sciences and his winning the Nobel Prize. Wieschaus received his Ph.D. in biology from Yale University and conducted post-doctoral work with the University of Zurich, Switzerland. In 1974, he won the John Spangler Niclaus Prize for the outstanding dissertation in experimental embryology. He graduated magna cum laude with a B.S. degree in biology from the University of Notre Dame.
Premio Nobel De Fisiología O Medicina Translate this page ataque de organismos infecciosos. 1995 Edward B. Lewis, Christiane Nüsslein-Volhard,eric F. wieschaus. 1994 Alfred G. Gilman, Martin http://www.guajara.com/wiki/es/wikipedia/p/pr/premio_nobel_de_fisiologia_o_medic
Extractions: 3 Enlace externo Sydney Brenner, H. Robert Horvitz, John E. Sulston Leland H. Hartwell, R. Timothy Hunt, Paul M. Nurse Arvid Carlsson Paul Greengard , Eric R Kandel Günter Blobel Robert F. Furchgott, Louis J. Ignarro, Ferid Murad Stanley B. Prusiner Peter C. Doherty, Rolf M. Zinkernagel Edward B. Lewis, Christiane Nüsslein-Volhard, Eric F. Wieschaus. Alfred G. Gilman, Martin Rodbell Richard J. Roberts, Phillip A. Sharp Edmond H. Fischer, Edwin G. Krebs Erwin Neher, Bert Sakmann
Genetics -- Abstracts: Mohler And Wieschaus 112 (4): 803 DOMINANT MATERNALEFFECT MUTATIONS OF DROSOPHILA MELANOGASTER CAUSING THE PRODUCTIONOF DOUBLE-ABDOMEN EMBRYOS. Jym Mohler 1 and eric F. wieschaus 1 http://www.genetics.org/cgi/content/abstract/112/4/803
Extractions: Dominant mutations at two loci, BicaudalC BicC ) and BicaudalD BicD ), cause heterozygous females to produce double-abdomen embryos. These mutations cause the production of embryos with a range of defects extending from the anterior end of the differentiated embryo. The same array of defective embryos is caused by mutations at either locus and is similar to that produced by the original mutation at bicaudal bic ). The array of defective embryos suggests that these mutations cause the loss of positional values from the anterior end of the embryo, associated with a duplication
Complete Health Care And Medical Information From India 1996. Peter C. Doherty and Rolf M. Zingernagel. 1995. Edward B. Lewis, ChristaineNussleinVolhard and eric F. wieschaus. 1994. Alfred G. Gilman and Martin Rodwell. http://www.medivisionindia.com/nobelprize/index.phtml
The Scientist - Meaningful Mutations Volhard, 52, director of the Max Planck Institute for Developmental Biology inTubingen, Germany, was selected along with eric F. wieschaus, 48, Squibb http://www.the-scientist.com/yr1995/nov/nobel_951113.html
Extractions: News By Karen Young Kreeger Peace Prizes Author: Karen Young Kreeger Sidebar: 1995 Scientific Laureates Last month's announcements of the 1995 Nobel Prize recipients in the sciences were greeted with hearty approval by scientists from various sectors of the research community. Many of these investigators felt a sense of validation for their fields in the selection committees' choices. In physiology or medicine, the burgeoning discipline of developmental biology was recognized, and the subdiscipline of atmospheric chemistry was honored for the first time. Meanwhile, in physics, two discoverers of subatomic particles were named as laureates, an accolade that some physicists say was long overdue. This year, as well, the influence of researchers extended beyond the laboratory, as a scientist and a scientist- initiated group were named as the recipients of the Nobel Peace Prize. The last scientist recognized in this way received the honor 20 years ago. Another Nobel milestone was reached as the 10th woman scientist in the history of the prizes was named a laureate. "I was pleased to see that a woman was included," says Harriet Zuckerman, vice president of the Andrew W. Mellon Foundation in New York and author of Scientific Elite: Nobel Laureates in the United States (2d ed., New Brunswick, N.J., Transaction Press, 1996) "The number of women that have received Nobel Prizes is very small. It was good to see someone who is youngish and in the full force of her career be honored."
Award Winning Ideas In Science Translate this page 1995, Paul J. Crutzen Mario J. Molina F. Sherwood Rowland, Martin L. Perl FrederickReines, Edward B. Lewis Christiane Nüsslein-Volhard eric F. wieschaus, Robert E http://vis.csit.fsu.edu/awis/
Nobelpreise Fuer Medizin Und Physiologie Translate this page 01) Signalübertragung innerhalb der Zelle, Entdeckung der G-Proteine 1995 ChristianeNüsslein-Volhard (Deutschland, *1942-10-20) eric F. wieschaus (USA, *1947 http://userpage.chemie.fu-berlin.de/diverse/bib/nobel_medizin.html
Extractions: E. A. v. Behring (Deutschland) Sir R. Ross N. R. Finsen I. P. Pawlow R. Koch (Deutschland) C. Golgi (Italien) (Spanien) Ch. L. A. Laveran (Frankreich) P. Ehrlich (Deutschland) I. Metschnikow Th. Kocher (Schweiz) A. Kassel (Deutschland) A. Gullstrand (Schweden) A. Carrel (USA, Frankreich) Ch. Richet (Frankreich) J. Bordet (Belgien) A. Krogh A. V. Hill O. Meyerhof (Deutschland) F. G. Banting (Kanada) J. J. R. Macleod (Kanada) W. Einthoven (Niederlande) J. Fibiger J. Wagner-Jauregg Ch. Nicolle (Frankreich) Chr. Eijkman (Niederlande) Sir F.G. Hopkins K. Landsteiner O. H. Warburg (Deutschland) Ch. S. Sherrington E.D. Adrian Th. H. Morgan (USA) G. R. Minot (USA) W. P. Murphy (USA) G.H. Whipple (USA) H. Spemann (Deutschland) Sir H.H. Dale Otto Loewi (Ungarn) C. Heymans (Belgien) G. Domagk (Deutschland) H. Dam E. A. Doisy (USA) J. Erlanger (USA) H.S. Gasser (USA) E. B. Chain Sir A. Fleming Sir H. W. Florey H. J. Muller (USA) Carl F. u. Gerty T. Cori (USA, Tschechoslowakei) B. Houssay (Argentinien) (Schweiz) W. R. Hess (Schweiz) A. Egas Moniz (Portugal) Ph. S. Hench
Nobel Prizes In Medicine And Physiology USA, *192512-01) Signal transfer within cells, discovery of G proteins 1995 ChristianeNüsslein-Volhard (Germany, *1942-10-20) eric F. wieschaus (USA, *1947 http://userpage.chemie.fu-berlin.de/diverse/bib/nobel_medizin_e.html
Extractions: (List, not checked) E. A. v. Behring (Germany) Sir R. Ross (United Kingdom) N. R. Finsen (Denmark) I. P. Pawlow (Russia) R. Koch (Germany) C. Golgi (Italy) (Spain) Ch. L. A. Laveran (France) P. Ehrlich (Germany) I. Metschnikow (France, Russia) Th. Kocher (Switzerland) A. Kassel (Germany) A. Gullstrand (Sweden) A. Carrel (USA, France) Ch. Richet (France) (Austria) J. Bordet (Belgium) A. Krogh (Denmark) A. V. Hill (United Kingdom) O. Meyerhof (Germany) F. G. Banting (Canada) J. J. R. Macleod (Canada) W. Einthoven (Netherlands) J. Fibiger (Denmark) J. Wagner-Jauregg (Austria) Ch. Nicolle (France) Chr. Eijkman (Netherlands) Sir F.G. Hopkins (United Kingdom) K. Landsteiner (USA, Austria) O. H. Warburg (Germany) Ch. S. Sherrington (United Kingdom) E.D. Adrian (United Kingdom) Th. H. Morgan (USA) G. R. Minot (USA) W. P. Murphy (USA) G.H. Whipple (USA) H. Spemann (Germany) Sir H.H. Dale (United Kingdom) Otto Loewi (Austria, 1873-06-03 - 1961-12-25) (Hungary) C. Heymans (Belgium) G. Domagk
Social Justice Alone Gives Hope Of Peace T. Tsui Physics, 1998 Desmond M. Tutu Peace, 1984 John Vane Physiology/Medicine,1982 John E. Walker Chemistry, 1997 eric F. wieschaus Physiology/Medicine http://www.wordless.com/CGI/news.asp?NewsID=5
Extractions: on the occasion of the one-hundredth anniversary of the Nobel Prize Zhores I. Alferov (Physics, 2000) Sidney Altman (Chemistry, 1989) Philip W. Anderson (Physics, 1977) Oscar Arias Sanchez (Peace, 1987) J. Georg Bednorz (Physics, 1987) Bishop Carlos F. X. Belo (Peace, 1996) Baruj Benacerraf (Physiology/Medicine, 1980) Hans A. Bethe (Physics, 1967) Gerd K. Binnig (Physics, 1986) James W. Black (Physiology/Medicine, 1988) Guenter Blobel (Physiology/Medicine, 1999) Nicolaas Bloembergen (Physics, 1981) Norman E. Borlaug (Peace, 1970) Paul D. Boyer (Chemistry, 1997) Bertram N. Brockhouse (Physics, 1994) Herbert C. Brown (Chemistry, 1979) Georges Charpak (Physics, 1992) Claude Cohen-Tannoudji (Physics, 1997) John W. Cornforth (Chemistry, 1975) Francis H.C. Crick (Physiology/ Medicine, 1962) James W. Cronin (Physics, 1980) Paul J. Crutzen (Chemistry, 1995) Robert F. Curl (Chemistry, 1996) His Holiness The Dalai Lama (Peace, 1989) Johann Deisenhofer (Chemistry, 1988) Peter C. Doherty (Physiology/Medicine, 1996) Manfred Eigen (Chemistry, 1967)
I. Introduction Medicine in 1995. These Noble Prize winners were Dr. Edward B. Lewis,Christiane NussleinVolhard, and eric F. wieschaus. The work of http://www.as.wvu.edu/~kgarbutt/EvolutionPage/FinalPapers/Homeo4.htm
Extractions: Homeotic Genes Kelly Kaminski Evolution Paper April 22, 2003 One of biology¹s and man¹s greatest mysteries is how a single fertilized cell develops into a complex organism, like a fly, a mouse, or a human. In the early 19 th century, Von Baer observed that all vertebrates, from salamanders to humans, look very similar in the early stages of embryonic development. At about the same time, French zoologist Geoffroy Saint-Hilaire declared, ³all animals have the same body plan (Zihlman 2001).² From very early on, scientists have realized that there is some fundamental linkage between vertebrates. Today, better technology has enabled biologists to discover the genetic connections between very diverse animal species. The homeotic genes were one of these important connections. Homeotic genes are surprisingly very similar in structure and function across the Phylum Vertebrata and have proved important in scientific research. A tremendous source of knowledge about how homeotic genes function came from three men, who won the Noble Prize in Medicine in 1995. These Noble Prize winners were Dr. Edward B. Lewis, Christiane Nusslein-Volhard, and Eric F. Wieschaus.
Extractions: Sites Web Par Pays Afrique du sud Angola Botswana Burkina Faso Burundi Cameroun Cap Vert Caraïbes Comores Congo Djibouti Egypte Ethiopie Gabon Gambie Ghana Ile maurice Kenya Lesotho Libye Madagascar Malawi Mali Maroc Mauritanie Mozambique Namibie Niger Ouganda RD Congo Centrafrique Rwanda Sahara Occ. Seychelles Sierra Leone Somalie Soudan Swaziland Tanzanie Tchad Togo Tunisie Zambie Zimbabwe Par Rubriques Business Science Sport Asie du Pacific Caraïbes Europe Amerique Latine Moyen orient Asie du Sud Afrique Afrique du sud Angola Botswana Burkina Faso Burundi Cameroun Cap Vert Comores Congo Djibouti Egypte Ethiopie Gabon Gambie Ghana Ile maurice Kenya Lesotho Libye Madagascar Malawi Mali Maroc Mauritanie Mozambique Namibie Niger Ouganda RD Congo Centrafrique Rwanda Sahara Occ. Seychelles Sierra Leone Somalie Soudan Swaziland Tanzanie Tchad Togo Tunisie Zambie Zimbabwe Forums POLITIQUE
Neo Darwinism In 1995 à Edward B. Lewis, Christianne NussleinVolhard et eric F. wieschaus receiveda medicine Nobel prize for their researches concerning genetic control http://tpeevolution.free.fr/english/Théories eng/neodarwinisme eng/neodarwinism
Extractions: As its name shows it, this theory is based on Darwinian theory, but adds to it new genetic knowledge. This knowledge allows notably to resolve the problem of characterisation transmission, to which Darwin hadn't brought an answer. This theory uses the idea of species (speciation) but also genetic mutations. Several kinds of genetic mutations exist, that change more or less the genome of the considered specie. Some changes led to the appearance of new alleles (different versions of a pre-existing gene), others to the creation of new genes. So multi-genes families appear, composed of genes very similar in their nucleotides sequence It is supposed their origin is a far ancestral gene, that has undergone mutations. Compatibility between the mutation and individual survival and reproduction Mutations presence in somatic cells . But "architect genes" (HOM for vertebrate and HOX for invertebrate), which role is to define individual organisation,also have to be mentioned. Mutation of these genes can lead to important physiologic and physiognomic changes. That's why these mutations are very rare, because they are often lethal. Therefore, these genes keep a great importance on Evolution. So all these different phenomenons change the genome of the species, having an influence on its evolution. Here, Neo-Darwinism hands over to Natural Selection, the supreme referee. It favours mutation transmission if this mutation confers an advantage in a given environment. Indeed, during the same period, several genotypes coexist. Only the better-adapted individuals will survive, or at least will transmit their genome in more important quantity than individuals without the considered mutation.
GI - Kulturchronik - 1/96/f - Portrait: Christiane Nüsslein-Volhard Translate this page Tübingen. Elle obtient le Prix Nobel de Médecine 1995, ex aequo avecses collègues américains Eduard B. Lewis et eric wieschaus. Une http://www.goethe.de/in/d/frames/pub/kc/f/kc9601-artikel.html
Extractions: Laureati dall'anno 1969 fino ai giorni nostri. Italiano>Nobel Overview Name Fisica Chimica Medicina e fisiologia Letteratura Pace Economia Murray Gell-Mann Derek H. R. Barton Odd Hassel Max Delbr¼ck ... Heinrich B¶ll non assegnato John R. Hicks Kenneth J. Arrow Leo Esaki Ivar Giaever ... Henry A. Kissinger Le Duc Tho Wassily Leontief Sir Martin Ryle Antony Hewish Paul J. Flory ... Claude Simon International Physicians for the Prevention of Nuclear War (IPPNW) Franco Modigliani Ernst Ruska Gerd Binnig Heinrich Rohrer ... Naguib Mahfouz United Nations Peacekeeping Forces Maurice Allais Norman F. Ramsey Hans G. Dehmelt Wolfgang Paul ... Joseph Rotblat - Pugwash Conferences on Science and World Affairs Robert E. Lucas Jr.
Extractions: President of the United States We the undersigned urge you to support Federal funding for research using human pluripotent stem cells. We join with other research institutions and patient groups in our belief that the current National Institutes of Health (NIH) guidelines, which enable scientists to conduct stem cell research within the rigorous constraints of federal oversight and standards, should be permitted to remain in effect. The discovery of human pluripotent stem cells is a significant milestone in medical research. Federal support for the enormous creativity of the US biomedical community is essential to translate this discovery into novel therapies for a range of serious and currently intractable diseases. The therapeutic potential of pluripotent stem-cells is remarkably broad. The cells have the unique potential to differentiate into any human cell type. Insulin-producing cells could be used to treat - or perhaps even cure - patients with diabetes, cardiomyocytes could be used to replace damaged heart tissue, chondrocytes could be used for arthritis, and neurons for Parkinson's, Alzheimer's, ALS and spinal cord injuries to name a few examples. There is also the possibility that these cells could be used to create more complex, vital organs, such as kidneys, livers, or even entire hearts.
CONICIT: Mujeres Premio Nobel En Ciencias Exactas Y Medicina Translate this page Christiane Nussein - Volhard (n. 1942) Bioquímica alemana e Premio Nobel en Medicina(1995), conjuntamente con Edward B. Lewis y eric F. wieschaus, por sus http://www.conicit.go.cr/cientificos/mujerecyt.shtml
Extractions: Mujeres premio nobel en ciencias exactas y medicina Dos años después de la fundación del Premio Nobel, en 1901 este fue otorgado a Marie Curie. Desde entonces, nueve mujeres más lo han recibido. ¿Qué tienen en común estas líderes del pensamiento? Originarias de Europa y Norteamérica, ellas estudiaron, algunas se casaron y tuvieron hijos, formaron equipos de investigación, pocas trabajaron aisladamente y todas siguieron sus pasiones. Por su tenacidad, escudriñaron el misterio que las desvelaba y con sus descubrimientos empujaron las fronteras de la ciencia. A continuación una breve reseña de sus logros. Marie Curie, (1867-l934),radio-química francesa, de origen Polaco. Premio Nobel 1903 en física (conjuntamente con su esposo Pierre Curie) por investigaciones sobre la radiación y Premio Nobel 1911 en Química por descubrir los elementos radio y polonio. La científica más conocida y única en recibir dos Premios Nobel en la historia Se graduó con honores el Ciencias Físicas y luego en Matemática Junto con su esposo resolvió el misterio de la radiación y descubrió varios elementos radioactivos: uranio, torio, polonio (nombrado por su país natal) y radio.
Ekte 47-ere 30.03.1947 ) Norsk jazzmusiker; wieschaus, eric F. (08.06.1947- )Amerikansk medisiner. Nobelprisvinner. Woods, James (18.04.1947 http://webster.hibo.no/bib/47.htm
Extractions: Fødselsdagsliste Helt ned A B C D ... Afzelius, Björn (27.01.1947-16.02.1999 ) Svensk sanger, gitarist og låtskriver. Andenæs, Ellen A. Holager (28.08.1947- ) Norsk jurist og politiembetsmann. Auster, Paul (1947- ) Amerikansk forfatter. Binnig, Gerd Karl (20.07.1947- ) Tysk fysiker, Nobelprisvinner. Bjugn, Sissel Solbjørg (28.10.1947- ) Norsk forfatter. Bjørn, Dinna (1947- ) Dansk danser og koreograf. Blankholm, Aud (01.11.1947- ) Norsk administrasjonskvinne, sykepleier. Bondevik, Kjell Magne (03.09.1947- ) Norsk politiker (Kr.F). Bowie, David (08.01.1947- ) Britisk rockesanger, musiker og skuespiller. Bowles, Camilla Parker (17.07.1947- ) Britisk, kjæresten til prins Charles. Brantenberg, Ulla-Mari (28.04.1947- ) Norsk glasskunstner. Brattestå, Hans (17.05.1947- ) Jurist. Stortingets direktør 1990- . Campbell, Kim (1947- ) Kanadas statsminister 1993. Cech, Thomas Robert (08.12.1947- )
Academy Members (W) Wieman, Carl, E. I, 2, FELLOW. Wiener, Malcolm, H. III, 1, FELLOW. wieschaus,eric, F. II, 2, FELLOW. Wiesel, Torsten, Nils, II, 3, FELLOW. Wiesel, Elie,IV, 4, FELLOW. http://www.amacad.org/members/w_pg2.htm
Extractions: Class III : Social Sciences Section 1 - Section 2 - Economics Section 3 - Section 4 - Law (including the Practice of Law) Class IV Section 1 - Section 2 - History Section 3 - Literary Criticism (including Philology) Section 4 - Literature (Fiction, Poetry, Short Stories, Nonfiction, Playwrighting, Screenwriting) Section 5 - Class V Section 1 - Section 2 - Section 3 - Type Wiberg Kenneth Berle I FELLOW Wickner William Tobey II FELLOW Wickner Reed Brendon II FELLOW Wickner Sue Hengren II FELLOW Wideman John Edgar IV FELLOW Widnall Sheila Evans I FELLOW Widom Benjamin I FELLOW Wieman Carl E. I FELLOW Wiener Malcolm H. III FELLOW Wieschaus Eric F. II FELLOW Wiesel Torsten Nils II FELLOW Wiesel Elie IV FELLOW Wiggins David IV FHM Wightman Arthur Strong I FELLOW Wigler Michael H.
Extractions: Media contact: David Hart dhart@nsf.gov October 2003 The National Science Foundation (NSF) was established in 1950 "to promote the progress of science" and today funds more than 10,000 new awards each year in fulfilling that mission. NSF selects projects through a time-tested process of merit review, and the success of that process is reflected, in part, in the number of NSF-supported scientists recognized for their discoveries. In particular, NSF takes great pride in the remarkable achievements by U.S. and U.S.-based researchers that have received Nobel Prizes and the many who have been supported by NSF grants throughout their careers. NSF's contributions are significant considering the agency's size and the foundation's support for fundamental research in many disciplines relative to agencies focused on a specific mission such as health, defense or energy. NSF's share of federal funding for basic academic research in physical sciences (including physics and chemistry) is 35 percent, non-health-related biology is 65 percent and non-health-related social sciences is 84 percent. NSF-Funded Nobel Prize Winners Physics Chemistry Medicine Economics Total Total NSF-Funded Laureates since 1950
