This scientist discovered that formylated methionine, or F-met, is used in the initiation step of translation. With Coulson, this man used the "plus and minus" method to study the phi-x-174 bacteriophage. Using Kornberg's work on DNA replication, he developed a method that separates four kinds of DNA strands by electrophoresis, corresponding to four terminal ddNTP's. This scientist made the first elucidation of a protein's amino acid structure when he sequenced insulin. For 10 points, name this only scientist to win the Chemistry Nobel twice, the second time for develo
This scientist discovered that formylated methionine, or F-met, is used in the initiation step of translation. With Coulson, this man used the "plus and minus" method to study the phi-x-174 bacteriophage. Using Kornberg's work on DNA replication, he developed a method that separates four kinds of DNA strands by electrophoresis, corresponding to four terminal ddNTP's. This scientist made the first elucidation of a protein's amino acid structure when he sequenced insulin. For 10 points, name this only scientist to win the Chemistry Nobel twice, the second time for developing a namesake chain-termination method of DNA sequencing.
This scientist discovered that formylated methionine, or F-met, is used in the initiation step of translation.