Reactions beginning with either one or two molecules of pyruvate cause the synthesis of alanine, valine, and leucine.
42.
The systematic name of this enzyme class is "'L-valine : pyruvate aminotransferase " '.
43.
In the Old World strains of " P . vivax " and its relations a valine is present.
44.
The advantage of the citrulline-valine ( VC ) linker being used that it is highly stable in plasma.
45.
The 665T allele ( leading to a valine substitution at amino acid 222 ) encodes a thermolabile enzyme with reduced activity.
46.
Next ketoacid reductisomerase reduces the accetohydroxy acids from the previous step to yield dihydroxyacids in both the valine and isoleucine pathways.
47.
Finally, a transamination catalyzed either by an alanine-valine transaminase or a glutamate-valine transaminase results in valine.
48.
Finally, a transamination catalyzed either by an alanine-valine transaminase or a glutamate-valine transaminase results in valine.
49.
Finally, a transamination catalyzed either by an alanine-valine transaminase or a glutamate-valine transaminase results in valine.
50.
The metabolic pathways : synthesis and degradation of ketone bodies, valine, leucine and isoleucine degradation, and butanoate metabolism.
