Donald B. Melville
Cornell University
Experimental Biology and Medicine | 1942
Vincent du Vigneaud; Karl Dittmer; Klaus Hofmann; Donald B. Melville
Summary The diaminocarboxylie acid resulting from the hydrolysis of the urea ring of biotin is capable of stimulating the growth of yeast in a biotin-free medium. The compound possesses about 10% of the activity of biotin. The yeast-growth-promoting activity of the diaminocarboxylic acid is not inhibited by avidin.
Journal of Biological Chemistry | 1941
Klaus Hofmann; Donald B. Melville; V. Du Vigneaud
Journal of Biological Chemistry | 1947
Donald B. Melville; Julian R. Rachele; Elizabeth B. Keller
Journal of Biological Chemistry | 1942
V. Du Vigneaud; Donald B. Melville; Karl Folkers; Donald E. Wolf; Ralph Mozingo; John C. Keresztesy; Stanton A. Harris
Journal of Biological Chemistry | 1956
Donald B. Melville; Dorothy S. Genghof; Edward Inamine; Vladimir Kovalenko
Science | 1940
V. Du Vigneaud; Donald B. Melville; Paul György; Catharine S. Rose
Science | 1940
Paul György; Catharine S. Rose; Klaus Hofmann; Donald B. Melville; V. Du Vigneaud
Science | 1940
Paul György; Donald B. Melville; Dean Burk; Vincent du Vigneaud
Science | 1944
Karl Dittmer; Donald B. Melville; V. Du Vigneaud
Journal of Biological Chemistry | 1974
Yoshinori Ishikawa; Sheila E. Israel; Donald B. Melville