21. Premios Nobel De Medicina Premios nobel de Medicina. Año, Tema, Ganador. 1901, Behring, Emil Adolf Von. 1902,Ross, Sir Ronald. 1986, Cohen, Stanley; LeviMontalcini, Rita. 1987, tonegawa, susumu. http://fai.unne.edu.ar/biologia/nobeles/nobelmed.htm

Premios Nobel de Medicina Tema Ganador Behring, Emil Adolf Von Ross, Sir Ronald Finsen, Niels Ryberg Pavlov, Ivan Petrovich Koch, Robert Cajal, Santiago Ramon Y.; Golgi, Camillo Laveran, Charles Louis Alphonse Ehrlich, Paul; Metchnikoff, Ilya Ilyich Kocher, Emil Theodor Kossel, Albrecht Gullstrand, Allvar Carrel, Alexis Richet, Charles Robert Barany, Robert Bordet, Jules Krogh, Schack August Steenberger Hill, Sir Archibald Vivian; Meyerhof, Otto Fritz; Banting, Sir Frederick Grant; Macleod, John James Richard; Einthoven, Willem; Fibiger, Johannes Andreas Grib Wagner-Jauregg, Julius Nicolle, Charles Jules Henri Eijkman, Christiaan; Hopkins, Sir Frederick Gowland Landsteiner, Karl Warburg, Otto Heinrich Adrian, Lord Edgar Douglas; Sherrington, Sir Charles Scott Morgan, Thomas Hunt Minot, George Richards; Murphy, William Parry; Whipple, George Hoyt Spemann, Hans Dale, Sir Henry Hallett; Loewi, Otto Nagyrapolt, Albert Szent-Gyorgyi Von Heymans, Corneille Jean Francois Domagk, Gerhard Dam, Henrik Carl Peter; Doisy, Edward Adelbert Erlanger, Joseph; Gasser, Herbert Spencer

22. The Scientist - Same Labmates, Different Projects By Eugene Russo. In 1990 susumu tonegawa, winner of the 1987 nobel Prize in physiologyor medicine, decided that he'd like to make something of a career change. http://www.the-scientist.com/yr2000/jan/russo_p16_000124.html

The Scientist 14[2]:16, Jan. 24, 2000 NEWS Same Labmates, Different Projects Nobel laureate leads a rare transition between disciplines By Eugene Russo In 1990 Susumu Tonegawa , winner of the 1987 Nobel Prize in physiology or medicine, decided that he'd like to make something of a career change. Tonegawa, who won for his findings on the mechanism of antibody diversity and antigen recognition, chose to move away from his vocation as an immunologist and pursue a longtime fascination with neuroscience. He sought, in effect, to shift the focus of his entire lab. The research team includes, clockwise from left, Arvind Govindarajan, Tom McHugh, Susumu Tonegawa, and Chanel Lovett. The real key was the manufacture of a commodity that other neuroscientists wanted: an invaluable strain of genetically engineered mice. In 1992, inspired by their immunology background, Tonegawa's lab created the first-ever line of knockout mice for use in neuroscience research. Intended for the study of learning and memory, the mutant strain lacks alpha-calcium-calmodulin-dependent kinase II (alpha-CaMKII), a protein thought to be involved in the reputed memory mechanism long-term potentiation (LTP). Christiaan N. Levelt

23. The Scientist - What Tonegawa’ S Nobel Doesn’t Mean In the wake of the news that susumu tonegawa of MIT had been chosen as the 1987Nobel laureate in medicine (See THE SCIENTIST, November 2, 1987, P. 4), an http://www.the-scientist.com/yr1987/nov/comm_871116.html

The Scientist 1[25]:9, Nov. 16, 1987 COMMENTARY What Tonegawa’ s Nobel Doesn’t Mean By EUGENE GARFIELD In the wake of the news that Susumu Tonegawa of MIT had been chosen as the 1987 Nobel laureate in medicine (See THE SCIENTIST, November 2, 1987, P. 4), an article by Stephen Kreider Yoder appeared in the Wall Street Journal Drawing conclusions about a nation’s scientific performance from aggregate data on the Nobel Prizes is difficult enough, but to do so on the basis of a single prize is absurd. If Tonegawa’s non-Japanese working environment is a critical commentary on the deficiencies of Japanese science, how then shall we explain the Nobel Prizes won by, to name a few, Leo Esaki, Kenichi Fukui, SinItiro Tomonaga, all of whom received their education and conducted their prize-winning research in Japan? Furthermore, Tonegawa’s personal style in conducting research, as described by his colleagues and students, suggests an exceptional predilection for independent work, even by Western standards. In short, to generalize as Yoder does from the specifics of a single prize and a literally singular researcher is unwarranted. Rather than emphasizing the “dire shortcomings of Japan’s research system,” as Yoder does, I would emphasize that nation’s recent superior performance, which seems to foreshadow a dominant role for Japan in the future. I have just reviewed data on Japan’s scientific output and its impact and concluded that if Japan remains on the course it laid down some 10 years ago there is reason to expect that it will become a world leader in basic research. (See “Is Japanese Science a Juggernaut?”

24. Association @lyon : Laureats Du Prix Nobel De Medecine Translate this page Lauréats du prix nobel de médecine. ANNÉE, LAURÉAT(E). 1901, EA vonBehring (All.). 1902, R. Ross (GB). et É.-U.). 1987, tonegawa susumu (Jap.). http://www.alyon.org/generale/histoire/science/laureats_prix_nobel_medecine_ou_p

E. A. von Behring (All.) R. Ross (G.-B.) N. R. Finsen (Dan.) I. P. Pavlov (Russ.) R. Koch (All.) A. laveran (Fr.) P. Ehrlich (All.), E. Metchnikov (Russ.) T. Kocher (Suisse) A. Kossel (All.) A. Carrel (Fr.) C. Richet (Fr.) J. Bordet (Belg.) A. Krogh (Dan.) A. V. Hill (G.-B.), O. Meyerhof (All.) F. G. Banting (Can.), J. J. R. Macleod (Can.) W. Einthoven (P.-B.) J. Fibiger (Dan.) J. Wagner-Jauregg (Autr.) C. Nicolle (Fr.) C. Eijkman (P.-B.), F. G. Hopkins (G.-B.) K. Landsteiner (Autr.) O. Warburg (All.) C. S. Sherrington (G.-B.), E. D. Adrian (G.-B.) H. Spemann (All.) H. H. Dale (G.-B.), O. Loewi (All.) C. Heymans (Belg.) G. Domagk (All.) A. Fleming (G.-B.), E. B. Chain (G.-B.), H. Florey (Austr.) A. C. de Abreu Freire Egas Moniz (Port.), W. R. S. Hess (Suisse) M. Theiler (Un. sud-afr.) D. Bovet (It.) F. M. Burnet (Austr.), P. B. Medawar (G.-B.) A. L. Hodgkin (G.-B.), A. F. Huxley (G.-B.), J. C. Eccles (Austr.) F. Jacob (Fr.), A. Lwoff (Fr.), J. Monod (Fr.) K. Lorenz (Autr.), K. von Frisch (Autr.), N. Tinbergen (P.-B.) A. M. Cormack (Afr. du S.), G. N. Hounsfield (G.-B.) Tonegawa Susumu (Jap.)

25. ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN PHYSIOLOGY AND MEDICINE FRONTIERS IN BIOSCIENCE; ALPHABETICAL LISTING OF nobel PRIZE LAUREATESIN PHYSIOLOGY AND MEDICINE, Name, Year Awarded. tonegawa, susumu, 1987. http://www.bioscience.org/urllists/nobelm.htm

FRONTIERS IN BIOSCIENCE; ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN PHYSIOLOGY AND MEDICINE Name Year Awarded Adrian, Lord Edgar Douglas Arber, Werner Axelrod, Julius Baltimore, David ... Zinkernagel, Rolf M.

26. ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN CHEMISTRY Zsigmondy, Richard Adolf, 1925. ALPHABETICAL LISTING OF nobel PRIZE LAUREATESIN PHYSIOLOGY AND MEDICINE. Tinbergen, Nikolaas, 1973. tonegawa, susumu, 1987. http://www.bioscience.org/urllists/nobelc.htm

FRONTIERS IN BIOSCIENCE; ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN CHEMISTRY, PHYSIOLOGY AND MEDICINE ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN CHEMISTRY Name Year Awarded Alder, Kurt Altman, Sidney Anfinsen, Christian B. Arrhenius, Svante August ... Zsigmondy, Richard Adolf ALPHABETICAL LISTING OF NOBEL PRIZE LAUREATES IN PHYSIOLOGY AND MEDICINE Name Year Awarded Adrian, Lord Edgar Douglas Arber, Werner Axelrod, Julius Baltimore, David ... Zinkernagel, Rolf M. Source: The Nobel Prize Internet Archive

27. Historia - Esquema Translate this page 1985, . . Primeros casos de SIDA, . 1987, . . tonegawa susumu, nobel deMedicina, . ESQUEMA DE LOS HECHOS PRINCIPALES DE LA HISTORIA DE JAPÓN. http://galeon.hispavista.com/elartefacto/Japon/Historia/Resumen_12.htm

FECHA ARTES CIENCIA, LITERATURA Y SOCIEDAD Incidentes militares con China Crisis financiera Intento de Golpe de Estado Nuevo intento de Golpe de Estado Guerra Chino-Japonesa Descubierto en Toro un importante asentamiento del Yayoi antiguo Reforma laboral. Sufragio femenino Iwajuku Yukawa Hideki "P urga comunista" en la Administración Tratados de San Francisco y el primero de los de defensa con los EUA 1232 Trabajadores arrestados por incidentes huelguistas Excavaciones del palacio Heijokyo (S. VIII) en Nara. Jigokumon (La puerta del infierno), de Kinugasa Teinosuke , Gran Premio de Cannes Formado el Partido Liberal Ingreso en la ONU Kinkakuji Mishima Yukio Tratado de relaciones con Corea Tomonaga Sin'ichiro Kabawata Yasunari , Nobel de Literatura Excavaciones en la Tumba Takamatsuzuka (700 d.C.) Esaki Reona Sato Eisaku , Nobel de la Paz Tratado de Paz y Amistad con China Abierto el nuevo aeropuerto de Tokyo Primeros casos de SIDA Tonegawa Susumu , Nobel de Medicina

28. Reserch Activities Fukui Ken'ichi was awarded the nobel Prize for chemistry for his quantum explanationof chemical bonding, and tonegawa susumu won the nobel Prize in physiology http://www.kyoto-u.ac.jp/kokuryu/kyotouniv/cur01.htm

International Programs and Activities Current Research Activities Study in Japan Accommodation Facts Contact Research Activities Ever since its founding, Kyoto University, as Japan's foremost cutting-edge research university, has produced numerous researchers who have achieved globally-significant results in all fields, from the natural sciences to the humanities and social sciences. Japanese Nobel prizewinners for the natural sciences have mostly come from Kyoto University. Einstein visited Kyoto University in 1922, and from then until the 1930s, Yukawa Hideki and Tomonaga Shin'ichiro thereafter were involved in the theoretical physics project that won the Nobel Prize for physics. Fukui Ken'ichi was awarded the Nobel Prize for chemistry for his quantum explanation of chemical bonding, and Tonegawa Susumu won the Nobel Prize in physiology and medicine for his pioneering research into molecular biology. Moreover, it is evident from examining the major scientific periodicals concerning the natural sciences, starting with science medicine, pharmacy, engineering, and agriculture, that Kyoto University researchers have achieved world-standard results in each of their respective disciplines. PAGE TOP

29. ClubCaminantes - Premios Nobel - Medicina, El Club De Los Caminantes Translate this page PREMIOS nobel, MEDICINA. 1901-1925 1926-1950 1951-1975 1976-2000. 1976. Porsu descubrimiento de factores de crecimiento. 1987. tonegawa, susumu (Japón). http://caminantes.metropoliglobal.com/web/nobel/medicina4.htm

Inicio Foros Chat Top 10 ... PREMIOS NOBEL MEDICINA Blumberg, Baruch S. (Estados Unidos) Por su descubrimiento relativo a nuevos mecánismos para el origen y diseminación de enfermedades infecciosas. Gajdusek, Daniel C. (Estados Unidos) Por su descubrimiento relativo a nuevos mecánismos para el origen y diseminación de enfermedades infecciosas. Guillemin, Roger (Estados Unidos) Por sus descubrimientos de la producción de hormonas peptidas en el cerebro. Schally, Andrew (Estados Unidos) Por sus descubrimientos de la producción de hormonas peptidas en el cerebro. Yalow, Rosalynn Sussman (Estados Unidos) Por el desarrollo de radioinmuno-ensayos de hormonas peptidas. Arber, Werner (Suiza) Por el descubrimiento de enzimas de restricción y su aplicación a problemas de la genética molecular. Nathans, Daniel

30. Nobel Deeds Other Japanese winners of the nobel Prize include Dr. tonegawa susumu (medicine/physiologyin 1987), who identified the mechanism that living organisms use to http://www.lookjapan.com/LBst/03AprST.htm

THIS MONTH'S ISSUE ABOUT US LINKS ASK THE EDITOR ... HOME Cover Story (Nov. 1996-) (Jan. 1997-) (Apr. 1998-) (Dec. 1996-) Opinion (Mar. 1998-) Advanced Se arch JAPANESE April 2003 Sci-Tech Feature Nobel Deeds The Royal Swedish Academy of Sciences again recognized Japanese scientists in 2002 with the award of Nobel Prizes in Physics and Chemistry to Dr. Koshiba Masatoshi and Tanaka Koichi. Nakamura Masami reviews the history of Japanese success in the Nobel science prize areas and looks closely at the work of the two Japanese recipients in 2002. Table 1: Japanese Nobel Laureates (Natural Science Fields) Table 2: The Number of Laureates in Natural Science Fields Source: Center for Interdisciplinary Research, Tohoku University TWO Japanese scientists, Dr. Koshiba Masatoshi (physics) and Tanaka Koichi (chemistry) were among the Nobel laureates for 2002. It was the first time that two Japanese were among the Nobel winners in the same year, and it was the third consecutive year in which a Japanese had won the Nobel Prize for Chemistry.

31. The Industrial Instruments Of Scientific Success produce five nobel Prize winners Yukawa Hideki (Physics in 1949), Tomonaga Shinichiro(Physics in 1965), Fukui Kenichi (Chemistry in 1981), tonegawa susumu ( http://www.lookjapan.com/LBecobiz/03AprEF.htm

THIS MONTH'S ISSUE ABOUT US LINKS ASK THE EDITOR ... HOME Cover Story (Nov. 1996-) (Jan. 1997-) (Apr. 1998-) (Dec. 1996-) Opinion (Mar. 1998-) Advanced Se arch JAPANESE April 2003 Economy Feature The Industrial Instruments of Scientific Success Mikami Yoshiki Shimadzu Corporation Tanaka Koichi, who won the 2002 Nobel Prize for Chemistry, joined Shimadzu Corporation in 1983, 108 years after Genzou founded the company. Shimadzu Corporation is known among university students for its liberal research and corporate culture. It is therefore very popular among students seeking positions as researchers and engineers. Hamamatsu Photonics The city of Hamamatsu is located between Tokyo and Kyoto in Shizuoka-ken. It was the home of Tokugawa Ieyasu, who established the Edo Shogunate 400 years ago. The city is the birthplace of such well-known manufacturers as Honda, Yamaha and Suzuki. It is also home to Hamamatsu Photonics, with 2,100 employees the pioneer of a unique technology called the photomultiplier. The company was founded in 1953 by Hiruma Teruo, who remains president today. Hamamatsu Photonics is the manufacturer of the 1,100 photomultipliers attached to the gigantic observation equipment Kamiokande (Kamioka Nucleon Decay Experiment) of Professor Koshiba Masatoshi, who won the 2002 Nobel Prize in Physics.

32. Premios Nobel De Fisiología Y Medicina Translate this page AÑO, PREMIOS nobel OTORGADOS EN FISIOLOGÍA Y MEDICINA. 1986, Cohen, Stanley(EEUU) Levi-Montalcini, Rita (EEUU). 1987, tonegawa, susumu (Japón). http://fcmjtrigo.sld.cu/nobel.htm

Premios Nobel de Fisiología y Medicina Premio Nobel : premios concedidos cada año a personas, entidades u organismos por sus aportaciones extraordinarias realizadas durante el año anterior en los campos de la Física, Química, Fisiología y Medicina, Literatura, Paz y Economía. Otorgados por primera vez el 10 de diciembre de 1901, los premios están financiados por los intereses devengados de un fondo en fideicomiso contemplado en el testamento del químico, inventor y filántropo sueco Alfred Bernhard Nobel. Además de una retribución en metálico, el ganador del Premio Nobel recibe también una medalla de oro y un diploma con su nombre y el campo en que ha logrado tal distinción. Los jueces pueden dividir cada premio entre dos o tres personas, aunque no está permitido repartirlo entre más de tres. Si se considerara que más de tres personas merecen el premio, se concedería de forma conjunta. El fondo está controlado por un comité de la Fundación Nobel, compuesto por seis miembros en cada mandato de dos años: cinco elegidos por los administradores de los organismos contemplados en el testamento, y el sexto nombrado por el Gobierno sueco. Los seis miembros serán ciudadanos suecos o noruegos. De acuerdo con la voluntad de Nobel, se han establecido institutos separados en Suecia y Noruega para favorecer los objetivos de la Fundación con el fin de potenciar cada uno de los cinco campos en los que se conceden los galardones. En 1968, para conmemorar su 300 aniversario, el Banco Nacional de Suecia creó el Premio de Ciencias Económicas Banco de Suecia en Memoria de Alfred Nobel, que sería otorgado por la Real Academia Sueca de las Ciencias (conocida con anterioridad por el nombre de Academia Sueca de las Ciencias). La Real Academia Sueca de las Ciencias concede también los premios de Física y Química.

33. AldeaEducativa.com | Contenidos Y Consultas Educativas Translate this page Ilustres. Premios nobel de 1987. Solow, Robert. cerámicos. Laboratorio deInvestigación de IBM en Zurich. Rüschlikon, Suiza. tonegawa, susumu. http://www.aldeaeducativa.com/aldea/Nobel1e.asp?Which=1987

34. Japanese Nobel Laureates nobel Prize in Chemistry 1981 Kenichi Fukui; 2000 Hideki Shirakawa; 2001 RyojiNoyori. nobel Prize in Physiology or Medicine 1987 susumu tonegawa. What's on? http://www.eda.admin.ch/tokyo_emb/e/home/scite/japin/janob.html

Embassy of Switzerland - Tokyo SEARCH CONTACT PRINT ENGLISH JAPANESE NOBEL LAUREATES IN SCIENCE Nobel Prize in Physics 1949 Hideki Yukawa 1965 Shinichiro Tomonaga 1973 Leo Esaki Nobel Prize in Chemistry 1981 Kenichi Fukui 2000 Hideki Shirakawa 2001 Ryoji Noyori Nobel Prize in Physiology or Medicine 1987 Susumu Tonegawa What's on? Bilateral relations Swiss Foreign Policy ... For Swiss Researchers in Japan

35. Géniesenherbe.org - Prix Nobel De Physiologie Et Médecine Translate this page Le prix nobel de physiologie et médecine est attribué par l'Assemblée nobelde l'Institut Karolinska, à Stockholm. 1987, tonegawa susumu (Japon). http://www.geniesenherbe.org/theorie/prix/nobmed.html

Lauréats du prix Nobel de physiologie et médecine Le prix Nobel de physiologie et médecine est attribué par l' Assemblée Nobel de l'Institut Karolinska , à Stockholm. Année Récipiendaire Emil Adolf von Berhing (Allemagne) sir Ronald Ross (Grande-Bretagne) Niels Ryberg Finsen (Danemark) Ivan Petrovitch Pavlov (Russie) Robert Koch (Allemagne) Camilio Golgi (Italie) et Santiago Ramon y Cajal (Espagne) Charles Louis Alphonse Laveran (France) Paul Ehrlich (Allemagne) et Elie Metchnikov (Russie) Theodor Emil Kocher (Suisse) Albericht Kossel (Allemagne) Alivar Gullstrand (Suède) Alexis Carrel (France) Charles Robert Richet (France) Robert Bárány (Autriche-Hongrie) NON ATTRIBUÉ NON ATTRIBUÉ NON ATTRIBUÉ NON ATTRIBUÉ Jules Bordet (Belgique) Schack August Steenberg Kroch (Danemark) NON ATTRIBUÉ sir Archibald Vivian Hill (Grande-Bretagne) et Otto F. Meyerhof (Allemagne) sir Frederic Grant Banting (Canada) et John James Richard Macleod (Canada) Willem Einthoven (Pays-Bas) NON ATTRIBUÉ Johannes Anreas Grib Fibiger (Danemark) Julius Wagner von Jauregg (Autriche) Charles Jules Henri Nicolle (France), pour ses travaux sur le typhus.

36. Nobel Winner To Speak At Medical School nobel Laureate susumu tonegawa, Ph.D., of the Massachusetts Institute of Technologywill be the Fall 1995 Distinguished Lecturer at the UTHouston Neuroscience http://www.uth.tmc.edu/uth_orgs/pub_affairs/uthouston/oct_95/nobel.html

37. Re: Resulting Effects Of Susumu Tonegawa's Nobel Prize For P. And M. MadSci Network Immunology. Re Resulting effects of susumu tonegawa'sNobel Prize for P. and M. Area Immunology Posted By Brian http://www.madsci.org/posts/archives/dec97/879706838.Im.r.html

MadSci Network : Immunology Re: Resulting effects of Susumu Tonegawa's Nobel Prize for P. and M. Area: Immunology Posted By: Brian Edelson, MD/PhD Student Date: Sun Nov 16 12:55:43 1997 Area of science: Immunology ID: 878256597.Im Message: Current Queue Current Queue for Immunology Immunology archives Try the links in the MadSci Library for more information on Immunology MadSci Network webadmin@www.madsci.org

38. Nobel Laureates Ponder Meaning Of Creativity susumu tonegawa, director of the Center for learning and Memory of MassachusettsInstitute of Technology and winner of the 1987 nobel Prize in Physiology or http://www.physsci.uci.edu/news/entries/2002326.html

Nobel Laureates Ponder Meaning Of Creativity The Daily Yomiuri By Takeshi Kuroiwa March 26, 2002 "What is creativity?" It is not surprising for people to ask this question in regular conversation. But when the same question is raised among Nobel Prize laureates or those involved in the selection process of the prize, the discussion takes on special significance given that one of the main focuses of the prestigious prize is creativity itself. The International Forum Commemoration the Centennial of the Nobel Prize was held March 16 and 17 at Tokyo University, and on March 20 at the Kyoto International Conference Hall. Five Nobel laureates and executive members of the various selection committees participated in the event, which was sponsored by the Science Council of Japan and supported by The Yomiuri Shimbun. "Humankind is facing problems that we have not encountered before, such as environmental issues," said Hiroyuki Yoshikawa, president of the council. "Thus, there is a huge need for creativity." In a panel discussion focusing on creativity, Anders Barany, scientific secretaary of the Nobel Committee for Physics, emphasized the influences of "external factors" such as family, society and parents for fostering creativity in young children.

39. Premio Nobel De Medicina - Wikipedia Translate this page Ver enlace http//www.nobel.se/medicine/laureates/index.html. 1988 Sir James W. Black,Gertrude B. Elion, George H. Hitchings 1987 susumu tonegawa 1986 Stanley http://es.wikipedia.org/wiki/Premio_Nobel/Medicina

Portada Cambios Recientes Edita esta página Historia Páginas especiales Preferencias de usuario Mi lista de seguimiento Cambio Recientes Subir una imagen Lista de imágenes Usuarios registrados Estadísticas del sitio Artículo aleatorio Artículos huérfanos Imágenes huérfanas Artículos populares Artículos más solicitados Artículos cortos Artículos largos Artículos nuevos Todas las páginas (alfabético) Direcciones IP bloqueadas Página de mantención Fuentes externas de libros Versión para imprimir Discusión Registrase/Entrar Ayuda Premio Nobel de Medicina (Redirigido desde Premio Nobel/Medicina Ver enlace: http://www.nobel.se/medicine/laureates/index.html Leland H. Hartwell R. Timothy Hunt Paul M. Nurse ... Harold E. Varmus Sir James W. Black Gertrude B. Elion George H. Hitchings Susumu Tonegawa ... Barbara McClintock for transposon work. Sune K. Bergström Bengt I. Samuelsson John R. Vane Roger W. Sperry ... Earl W. Sutherland, Jr. Sir Bernard Katz Ulf von Euler Julius Axelrod Max Delbrück ... Feodor Lynen Sir John Carew Eccles Alan Lloyd Hodgkin Andrew Fielding Huxley Francis Harry Compton Crick ... Georg von Békésy Sir Frank Macfarlane Burnet Peter Brian Medawar Severo Ochoa Arthur Kornberg ... Dickinson W. Richards

40. Asiaweek.com born scientists were recognized with nobel prizes in the sciences Abdus Salam,Kenichi Fukui, Yuan T. Lee, Subrahmanyan Chandrasekhar, and tonegawa susumu. http://www.asiaweek.com/asiaweek/96/0112/letters.html

Home Magazine Archive Special Reports Asiaweek 1000 Financial 500 Best Cities Salary Survey ... More... Other News TIME Asia TIME.com CNN Asia FORTUNE.com ... AOL.com Letters and Comment "To report accurately and fairly the affairs of Asia in all spheres of human activity, to see the world from an Asian perspective, to be Asia's voice in the world" - Mission Statement, 1975 Asia Past and Future "A SIATRENDS [COVER, DEC. 15] is a timely platform for Asia-wide discussion of the 20 years past and the 20 hence. As you state, much good has come about through Asia's twin wheels of progress, industrialization and urbanization. Ills as well, pollution and the breakdown of traditional values. What next? The West is set to harness the information revolution, one that will bring forth many opportunities. In commerce, the change will be in the unclogging of the cholesterol that clutters the arteries of international trade. No more is there a need for a complicated and inefficient process between the manufacture of a product and its consumption. The benevolent vultures of cyberspace will disintermediate. It will start off at the wholesale level. Remember, the largest market in the world, that for wholesale U.S. dollars of some $3 trillion a day, has been done over cyberspace for the last 10 years. Internet and add-on technologies enable this to be expanded to most other products and services.

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