-
Transamination is a
chemical reaction that
transfers an
amino group to a
ketoacid to form new
amino acids.This
pathway is
responsible for the deamination...
-
Transaminases or
aminotransferases are
enzymes that
catalyze a
transamination reaction between an
amino acid and an α-keto acid. They are
important in...
-
generating ATP. The fate of
oxaloacetate is
either to
produce aspartate via
transamination or to be
converted to phosphoenolpyruvate,
which is a
substrate for...
- acetyl-CoA.
Carboxylation by
pyruvate carboxylase produces oxaloacetate.
Transamination by
alanine transaminase produces alanine.
Reduction by
lactate dehydrogenase...
- of
transamination.
These reactions are
facilitated by
transaminases in
order to
produce aspartate and
asparagine from oxaloacetate.
Transamination of...
-
formed mainly by
decarboxylation of
amino acids or by
amination and
transamination of
aldehydes and ketones.
Biogenic amines are
organic bases with low...
-
converted to alanine,
consuming one
reducing equivalent.: 721
Because transamination reactions are
readily reversible and
pyruvate is
present in all cells...
-
processes for
amino acids are
Deamination (removal of an
amino group),
transamination (transfer of
amino group),
decarboxylation (removal of
carboxyl group)...
- of
carbanionic reaction intermediates. PLP acts as a
coenzyme in all
transamination reactions, and in
certain decarboxylation, deamination, and racemization...
- solanidine. This is
accomplished through a
series of hydroxylation,
transamination, oxidation, cyclization, dehydration, and
reduction reactions. Specifically...
