- CO2. The
resulting Pyruvate is
transaminated to alanine,
diffusing to the mesophyll.
Alanine is
finally transaminated to
pyruvate (PYR)
which can be regenerated...
-
retention of the
hydroxyl group to give p-hydroxyphenylpyruvate,
which is
transaminated using glutamate as the
nitrogen source to give
tyrosine and α-ketoglutarate...
-
allysine + NAD(P)+ ↔ α-aminoadipate NAD(P)H + H+ α-Aminoadipate is then
transaminated with α-ketoglutarate to give α-ketoadipate and glutamate, respectively...
-
retention of the
hydroxyl group to give p-hydroxyphenylpyruvate,
which is
transaminated using glutamate as the
nitrogen source to give
tyrosine and α-ketoglutarate...
-
muscles degrade amino acids for
energy needs, the
resulting nitrogen is
transaminated to
pyruvate to form alanine. This is
performed by the
enzyme alanine...
- than alanine,
hence the
prefix homo-.
Homoalanine is
biosynthesised by
transaminating oxobutyrate, a
metabolite in
isoleucine biosynthesis. It is used by...
- ammonia.
Glutamate can then be
deaminated by
glutamate dehydrogenase or
transaminated to form α-ketoglutarate. The
histidine amino acid is a
precursor for...
- part of the
glutamate dehydrogenase enzyme reaction in the
neurons is
transaminated into α-ketoisocaproate to form the branched-chain
amino acid leucine...
- on the
formation of the
appropriate alpha-keto acid,
which is then
transaminated to form an
amino acid.
Amino acids are made into
proteins by
being joined...
-
reductively dephosphorylated to the ε-aldehyde. The
aldehyde is then
transaminated to N‑acetyllysine,
which is
deacetylated to give L-lysine. However,...
