dna shuffling การใช้

• By comparison, 13 percent of the enzymes Maxygen produced through DNA shuffling were superior.
• Maxygen pioneered the recombination approach, which it calls DNA shuffling.
• It is possible to chimeric forms with unique properties, which is called DNA shuffling.
• Using its system of DNA shuffling, Maxygen made 600 new daughter genes, 77 of which produced superior enzymes.
• "' Maxygen Inc . "'was a biopharmaceutical company focused on developing improved versions of protein drugs using DNA shuffling and other protein modification technologies.
• While Howard was President and Scientific Director at Affymax Research Institute, Willem'Pim'Stemmer conceived and developed DNA shuffling Technology . where Howard was CEO for 12 years.
• "DNA shuffling is a very powerful technology, " says Andy Ellington of the University of Texas at Austin, who is currently comparing the technique with random mutagenesis.
• Maxygen, a company in Santa Clara, Calif ., has used a DNA shuffling technique to create interferons that are dramatically more effective against viruses than any produced naturally by the immune system.
• Conventional crop breeding creates as much as, if not more, DNA shuffling than genetic modification, said Bainbridge, who is chairwoman of the advisory committee on novel foods and processes for Britain's Food Standards Agency.
• Maxygen exploited DNA Shuffling technology across the entire Life Sciences spectrum, creating new companies dedicated to Agricultural Products ( Verdia ) and Industrial Chemical opportunities ( Codexis ) as well as a Protein Pharmaceuticals Business ( Perseid ).
• He was a pioneer in the fields of molecular parasitology, especially malaria, and in leading the commercialisation of one of the most important methods used widely today in molecular biology today called  DNA shuffling " or " Molecular breeding ", a form of " Directed evolution ".
• Does anyone have a good classification system for the following methods used to enzymes in particular : direct evolution ( 1 ), rational design ( 2 ), site-directed mutagenesis ( 3 ), computational protein design algorithms ( 4 ), random mutagenesis ( 5 ), DNA shuffling ( 6 ), RACHITT ( 7 ), StEP ( 8 ), SCOPE ( 9 ), SISDC ( 10 ).