81. Award Winning Ideas In Science Translate this page Allan M. Cormack Godfrey N. Hounsfield, Theodore W. Schultz sir Arthur Lewis, KennethG. Wilson, Sune K. Bergström Bengt I. Samuelsson john R. vane, George J http://vis.csit.fsu.edu/awis/index.php?sort=1

82. Il Mondo In Cui Viviamo - Premi E Riconoscimenti - Vincitori Del Premio Nobel sir James Black, Gran Bretagna. 1982 SuneK. Bergström, Bengt J. Samuelsson, Svezia; john R. vane, Gran Bretagna. http://www.adnkronos.com/fatti2002/713/713b.htm

IL MONDO IN CUI VIVIAMO Premi e riconoscimenti Vincitori del premio Nobel Alfred B. Nobel (1833-1896), scienziato e inventore svedese, lasciò in eredità alla fondazione omonima 9 milioni di dollari, i cui interessi vengono ripartiti ogni anno, dal 1901, tra coloro i quali si distinguono maggiormente in opere che promuovono il progresso umano nei campi della Fisica, della Chimica, della Medicina, della Letteratura e della Pace. Il primo premio Nobel per l’Economia (denominato "Premio alla memoria di Alfred Nobel") fu assegnato, a spese del governo svedese, nel 1969. I premi Nobel non furono assegnati negli anni omessi dall’elenco. Il premio ammonta a un miliardo e 600 milioni di lire. Fisica Eric A. Cornell, USA; Carl E. Wieman, USA; Wolfgang Ketterle, Germania Zhores Alferov, Russia; Jack Kilby, Herbert Kroemer, USA Robert Laughlin, Daniel Tzui, USA; Horst Stormer, Germania Steven Chu, William D.Phillips, USA; Claude Cohen-Tannoudji, Francia David M.Lee, Douglas D.Osheroff e Robert C. Richardson, USA

83. Nobel Prize Winners For 1981-1990 physiology/medicine, vane, john Robert, UK, biochemistry and economics, Stone, SirRichard, UK, development of national chemistry, Polanyi, john C. Canada, methods for http://www.britannica.com/nobel/1981_90.html

Year Category Article Country* Achievement Literary Area chemistry Fukui Kenichi Japan orbital symmetry interpretation of chemical reactions chemistry Hoffmann, Roald U.S. orbital symmetry interpretation of chemical reactions economics Tobin, James U.S. portfolio selection theory of investment literature Canetti, Elias Bulgaria novelist, essayist peace United Nations High Commissioner for Refugees, Office of the (founded 1951) physics Bloembergen, Nicolaas U.S. applications of lasers in spectroscopy physics Schawlow, Arthur Leonard U.S. applications of lasers in spectroscopy physics Sweden electron spectroscopy for chemical analysis physiology/medicine Hubel, David Hunter U.S. processing of visual information by the brain physiology/medicine Sperry, Roger Wolcott U.S. functions of the cerebral hemispheres physiology/medicine Wiesel, Torsten Nils Sweden processing of visual information by the brain chemistry Klug, Aaron U.K. determination of structure of biological substances economics Stigler, George J. U.S. economic effects of governmental regulation literature Colombia novelist, journalist, social critic

84. Kattintson Együttmuködésben A Www.startlap.hu Oldallal Torsten N. Wiesel. 1982. Sune K. Bergström Bengt I. Samuelsson - john R. vane. TonegavaSusumu. 1988. George H. Hitchings - Gertrude B. Elion - sir James W http://nobeldijasok.lap.hu/indexnojs.html

Együttmûködésben a www.startlap.hu oldallal nobeldijasok.lap.hu Fizika 1901.: Wilhelm C. Röntgen 1902.: Hendrik Antoon Lorentz - Pieter Zeemann 1903.: Henri Becquerel - Pierre és Marie Curie 1904.: Lord John Raleigh ... 2002.: Kosiba Maszatosi, Raymond Davis és Riccardo Giacconi Békedíj 1901.: Henry Dunant és Frederic Passy 1902.: Élie Ducommun és Charles A. Gobat 1903.: William Randal Cremer 1904.: Nemzetközi Jogi Intézet ... 2002.: Jimmy Carter Keresõk Altavista Google Heuréka Vizsla ... Yahoo Tartalom A Nobel-díj Cikkek, tanulmányok; Békedíj Fizika ... Kapcsolódó lapok Kémia 1902.: Emil H. Fischer 1903.: Svante A. Arrhenius 1904.: Sir William Ramsay 1905.: Adolph von Baeyer ... 2002.: John B. Fenn, Tanaka Koicsi és Kurt Wüthrich Irodalom 1901.: Armand Sully - Prudhomme 1902.: Theodore Mommsen 1903.: Björnstjerne Björnson 1904.: José Echegaray és Frederik Mistral ... 2002.: Kertész Imre Kapcsolódó oldalak Atomenergia.lap.hu Biológia.lap.hu Béke.lap.hu Csillagászat.lap.hu ... Vöröskereszt.lap.hu lap.hu info Lap.hu - oldalak teljes listája Az oldalak régiók szerint Az oldalak témakörönként Lap.hu fórum ... StartUtazás (új) Hírstart (tipp) Startlap Apró (tipp) StartMobil (új) Startrandi (új) Kik szerkesztik a Startlapot?

85. Premio Nobel De Medicina 2000 - Diario De Yucatán en el tratamiento de drogas . Bengt I. Samuelsson. john R. vane. 1981. http://www.yucatan.com.mx/especiales/nobel2000/medicina.asp

Premios Nóbel 2000 El Premio Nóbel de Fisiología o Medicina La Fisiología o Medicina es una de las cinco áreas de premiación mencionadas en el testamento de Alfred Nóbel. Este testamento está incompleto. El testamento menciona que este premio deberá de ser otorgado a la persona que "haya hecho el más importante descubrimiento en las áreas de fisiología o medicina". Él también designó al Instituto Karolinska de Estocolomo para otorgar este premio, y bajo la solicitud de que no haya consideración alguna a la nacionalidad de los participantes, sino que el más valioso lo reciba, sea o no Escandinavo" Ganadores 1981 - 1999 Günter Blobel "por el descubrimiento que las proteínas tienen señales intrínsecas que gobiernan su transportación y localización en la célula" Robert F. Furchgott "por sus descubrimientos referentes al óxido nítrico como una molécula de señalización en el sistema cardiovascular" Louis J. Ignarro

86. The Globe And Mail: Breaking News 1988, sir James W. Black, Britain Gertrude B. Elion and George H. Hitchings, UnitedStates, Research that led to betablocker 1982, john R. vane, Britain, and http://www.globeandmail.com/servlet/ArticleNews/front/RTGAM/20021007/wnobe1007/F

Browse globeandmail.com sites NEWS globeandmail globetechnology robmagazine ROBTv INVESTING globeinvestor - Stocks GlobeinvestorGOLD globefund - Mutual Funds ROBTv CAREERS workopolis SHOPPING globebooks - Books globemegawheels - Cars LEISURE Crosswords TV Listings/News Finance Careers Subscribe to The Globe Home ... Where to Find It Breaking News Home Page Report on Business Sports Technology Print Edition Front Page Report on Business National International ... Columnists Headline Index Other Sections Appointments Books Classifieds Comment ... Wheels Leisure Cartoon Crosswords Golf Horoscopes ... All Reports... Services Where to Find It A quick guide to what's available on the site Newspaper Advertise Corrections Customer Service Reprints ... Subscriptions Web Site Advertise E-Mail Newsletters Free Headlines Make Us Home ... Press Room Britons, American win Nobel for medicine Associated Press and Canadian Press Stockholm Britons Sydney Brenner, 75, and John Sulston, 60, and American H. Robert Horvitz, 55, shared the prize, worth about 10 million kronor (about $1.7-million Canadian). Working with tiny worms, the laureates identified key genes regulating organ development and programmed cell death, a necessary process for pruning excess cells.

87. Nobel-díjasok - Egészségügy + Üzlet Tematikus Portál Forrás Stop.hu Sydney Brenner és john E. Sulston brit Az idei orvosi nobeldíjategy amerikai és brit kutatónak, Leland H. Hartwellnek, R. Timothy Huntnek http://www.euuzlet.hu/nobeldijasok.html

Élettani és orvosi Nobel-díjasok Magyar, illetve magyar származású Nobel-díjasok Név Kategória Év Lénárd Fülöp fizikai Bárány Róbert orvosi Zsigmondy Richárd kémiai Szent-Györgyi Albert orvosi Hevesy György kémiai Békésy György orvosi Wigner Jenõ fizikai Gábor Dénes fizikai Wiesel, Elie béke Polanyi, John C. kémiai Oláh György kémiai Harsányi János közgazd. Kertész Imre irodalmi Szoborparkjuk ( link>> Kiosztották az orvosi Nobel-díjakat - 2002. október 7., hétfõ - Forrás: Stop.hu Sydney Brenner és John E. Sulston brit, valamint H. Robert Horovitz amerikai kutató nyerte az idei orvosi Nobel-díjat. Az indoklás szerint a kitüntetéssel a szervfejlõdés génszabályozásának és a programozott sejthalálnak a kutatásában elért eredményeiket ismerték el. link>> Magyar Hírlap 2001. október 8. (teljes cikk) ,,Orvosi Nobel-díj sejtkutatásért egy amerikainak, két britnek Az idei orvosi Nobel-díjat egy amerikai és két brit kutatónak, Leland H. Hartwellnek, R. Timothy Huntnek és Paul M. Nurse-nek ítélték oda sejtkutatásaikért, amelyek az indoklás szerint új lehetõségeket nyithatnak a rák elleni küzdelemben. A Nobel-díjakat hagyományosan december 10-én, a díjalapító Alfred Nobel halálának évfordulóján adják át. Az idei orvosi Nobel-díj értéke mintegy egymillió euró...'' Év Díjazott(ak) ARVID CARLSSON PAUL GREENGARD és ERIC KANDEL GÜNTER BLOBEL ROBERT F. FURCHGOTT

88. The Centenary Of Aspirin In 1971 the British pharmacologist john R. vane and colleagues The worldfamous epidemiologistSir Richard Peto has suggested that if all people at risk of http://www.ul.ie/~childsp/CinA/Issue59/TOC43_Aspirin.htm

The Centenary of Aspirin: Wonder Drug of the Twentieth Century Peter E. Childs In 1997 the world celebrated the centenary of the discovery of aspirin by Felix Hoffmann, and in 1999 we celebrate the launching of aspirin commercially by Bayer as a pain-reliever. This event was marked by great celebrations at Bayer's headquarters at Leverkeusen in Germany, where their administration block was transformed into a giant packet of Bayer aspirin on March 6th. 1999. More than 40,000 tonnes and 100 billion aspirin tablets are produced worldwide each year! Americans consumed 80 billion tablets in 1994 and aspirin is found in at least 50 over-the-counter US drugs. Aspirin is probably the most successful medicine of all time and new uses are being discovered all the time. However, it does have side-effects and if it were introduced today it might not be licensed. (It is not recommended for children under 12 due to the slight possibility of a rare complication.) In some people it causes stomach bleeding. Large doses can kill. It is only in recent years that research has discovered how aspirin blocks pain. Every medicine cabinet (even on the Space Shuttle) has its bottle or packet of aspirin tablets (although though now there are many other analgesics), and 100+ billion tablets are produced each year worldwide. Dr. Felix Hoffmann (1868-1946)

89. About The Foundation was established in 1986 by the distinguished pharmacologist and nobel Laureate, SirJohn vane FRS Our address is 1826 R Street, NW, Washington, DC 20009 http://www.williamharvey.org/about.htm

The William Harvey Research Institute was established in 1986 by the distinguished pharmacologist and Nobel Laureate, Sir John Vane FRS The Institute's overall aim is stated in its Memorandum of Association, namely to "conduct fundamental research in the area of cardiovascular, inflammatory and metabolic diseases and to disseminate the results thereof." This translates to our key mission statements: To discover novel mechanisms which can become the basis for improved therapy in cardiovascular, inflammatory and metabolic diseases. To train young researchers to become "integrated pharmacologists." To be pioneers in knowledge transfer between academia and industry. People often ask us what the Institute "works on" and are baffled when we explain that our field of interests is actually rather broad. One common feature which runs through most of our work is that of the vascular endothelium and its disorders. One of the keynotes of the Institute's philosophy is that of flexibility and adaptation. We do not believe that good science should ever be technique-driven but should be led by the nature of the problem. Because of this we maintain a very broad portfolio of skills and in our laboratories molecular biologists rub shoulders with traditional pharmacologists using bioassays. The action of drugs can be assessed on isolated or recombinant enzymes as well as being tested in healthy human volunteers or in patients. But understanding the disease is only half the problem for above all we are interested in developing new cures, new drugs or new techniques which may lead ultimately to the alleviation of suffering. The identification of a malfunctioning enzymatic pathway or a defective gene, is only the first step. Through our industrial and other contacts we can tap into a supply of novel compounds, synthetic peptides and hormones and can use our skill in assessing their activity to begin the search for tomorrow's drug. The Institute bridges the gap between academia and industry in a unique way enabling our scientists to have direct access to the development process where applicable.

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