101. Frederick Sanger - Les Membres De L'Académie Des Sciences listes par section scientifique, in memoriam. http://www.academie-sciences.fr/Membres/S/Sanger_Frederick.htm

Frederick Sanger Section : Chimie C Prix Nobel de chimie en 1958, Prix Nobel de Chimie en 1980 Membre de la Royal Society (Grande-Bretagne) Far Leys Fen Lane Swaffham Bulbeck Cambridge CB5 ONJ Grande-Bretagne Site Internet : www.sanger.ac.uk/Info/Intro/sanger.shtml Configuration requise Accueil Membres ... Plan du site

102. Frederick Sanger The summary for this Chinese (Traditional) page contains characters that cannot be correctly displayed in this language/character set. http://microbiology.scu.edu.tw/micro/people/sanger_f.htm

Frederick Sanger (1918-) ¹ù­«ß» ¾G´ºÀ² ½²©÷¾ì 2. http://resources.ed.gov.hk/biology/b5/bio_history/frederick.html¡]¥Íª«¥v¸Ü¡^ 3. http://www.booker.com.cn/big5/paper23/18/class002300006/hwz132316.htm http://www.nobel.se/chemistry/laureates/1958/sanger-bio.html

103. Frederick Sanger Velkommen til min hjemmeside om frederick sanger. menu Forside Billeder frederick sanger blev født den 13. august 1918 i Rendcombe, England. http://www.nat.sdu.dk/users/sdu/dohoe03/

Velkommen til min hjemmeside om Frederick Sanger menu Forside Billeder Database Diasshow Dr. Frederick sanger Frederick Sanger Frederick Sanger blev født den 13. august 1918 i Rendcombe, England. Som søn af en læge og barnebarn af en rig bomuldsproducent var hans vej banet for en akademisk uddannelse. Han ville oprindelig være læge som sin fader, men besluttede kort inden universitet at han ville trives bedre med en uddannelse, hvor han kunne forske. Valget faldt på Biokemi på Cambridge Universitet. I 1958 modtog Nobelprisen for sit banebrydende arbejde med kortlægning af Insulins struktur. Hans opdagelser bruges til dag i dag i labortoriet som en vigtig del af den viden vi besidder med hensyn til Insulin og dennes struktur. Senere modtog han i samarbejde med 2 amerikanere Nobelprisen, nærmere bestemt i 1980. Denne gang blev han belønnet for kortlægningen af nukleotidsyre rækkefølgen i DNA for en virus. Da han i 1980 modtog Nobelprisen i kemi for anden gang, skrev han sig ind i historiebøgerne som den første person, som har modtaget 2 Nobelpriser i kemi. Ligeledes kunne han skrive sit navn på listen over dobbelt prismodtagere, som kun tæller 4 personer, i hele Nobelprisens historie. I 1940 blev han gift med Margaret Joan Howe, som fødte ham 3 børn, to sønner og en datter.

104. 1994 Beckman-ABRF Award Presentation of the 1994 BeckmanABRF Award to Dr. frederick sanger (center) byGregory A. Grant, (left) President of the ABRF and James C. Osborne, http://www.abrf.org/ABRFNews/1994/September1994/sep94beckman.html

1994 BECKMAN-ABRF AWARD Image missing Presentation of the 1994 Beckman-ABRF Award to Dr. Frederick Sanger (center) by Gregory A. Grant, (left) President of the ABRF and James C. Osborne, (right) Vice President Advanced Development Unit, Beckman Instruments, Inc. (Photograph compliments of Ron Niece) In the 1970's Dr. Sanger developed a method for sequencing DNA and in 1977 the method was perfected and Sanger dideoxy sequencing is now the standard procedure not only for molecular biologists but also for protein chemists employing site directed mutagenesis to modify proteins. And of course, it brought the second Nobel Prize. Along the way, he also demonstrated the existence of overlapping genes and discovered, along with his colleague Kjeld Marcker, the initiator formyl-methionyl tRNA. In making their decision, the Beckman-ABRF Award Committee stated, "Frederick Sanger has made fundamental contributions to both protein sequencing and DNA sequencing - two fields of great importance to the ABRF membership. Moreover, he has been a trend setter for methods development in both areas. He is a "scientist's" scientist who has brought legitimacy to the development of new technologies as a scientific discipline". Return to the The ABRF Home Page Created: 5th August 1995 Last modified: 5th August 1995

105. Fred Sanger - 1958 Fred sanger was born in Rendcombe in Gloucestershire in 1918, and was educatedat Bryanston School, and at St John’s College, Cambridge. http://www2.mrc-lmb.cam.ac.uk/archive/Sanger58.html

Sanger developed a new chromatographic method for determining end-groups and his results on the free amino groups of insulin were published in 1945. Exploiting the techniques further he determined the N-terminal sequences of the two insulin chains in 1949. The complete sequence of insulin was published in 1955. "for his work on the structure of proteins, especially that of insulin" The Sequence of Insulin From 1944 to 1951, Sanger was funded by a Beit Memorial Fellowship for Medical Research, and from 1951 he was a member of the external staff of the Medical Research Council. He was elected a Fellow of the Royal Society in 1954, and in 1962 he became Head of the Division of Protein Chemistry at the newly built MRC Laboratory of Molecular Biology. (See continuation in the 1980 Prize.) Year Protein RNA DNA Number of residues Insulin Insulin Gramicidin S Insulin Insulin Ribonuclease tRNA Ala 5S RNA Bacteriophage l Bacteriophage F Mitochondria Bacteriophage l Epstein-Barr virus Progress in Sequencing to 1984 *denotes work by Sanger group Max Perutz, 1962

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