The GABA shunt is responsible for the buildup of this amino acid in plants under hypoxia, possibly to conserve nitrogen and carbon. A beta isomer of this molecule reacts with lactones to produce pantothenic acid.  ESR of this chemical is useful in measuring radiation, because it forms a stable free radical.  This amino acid is transported from muscles to the liver conversion into urea and glucose, because this molecule is created from pyruvate by a transamination reaction.  Behind leucine, this is the second most common amino acid, and is a major component of peptidogl
The GABA shunt is responsible for the buildup of this amino acid in plants under hypoxia, possibly to conserve nitrogen and carbon. A beta isomer of this molecule reacts with lactones to produce pantothenic acid.  ESR of this chemical is useful in measuring radiation, because it forms a stable free radical.  This amino acid is transported from muscles to the liver conversion into urea and glucose, because this molecule is created from pyruvate by a transamination reaction.  Behind leucine, this is the second most common amino acid, and is a major component of peptidoglycan.  FTP, name this aliphatic amino acid with a methyl side chain, abreviated A.
The GABA shunt is responsible for the buildup of this amino acid in plants under hypoxia, possibly to conserve nitrogen and carbon.
alanine [accept "Ala" or "A" before end, accept 2-Aminopropanoic acid, but then stab whoever gives that answer]