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General Stability
Reference
1.13.11.11
high tryptophan levels stabilize the active tetrameric conformation of the enzyme through binding noncatalytic exosites, resulting in rapid catabolism of tryptophan
765688
1.13.11.11
in low tryptophan, the lack of tryptophan binding in the exosites destabilizes the tetramer into inactive monomers and dimers
765688
1.13.11.11
one of the most rapidly degraded liver proteins with a half-life (t1/2) of about 2.3 h, relative to an average t1/2 of about 2-3 days for total liver protein
764108
1.13.11.11
the nonmetabolizable analog alpha-methyl-tryptophan stabilizes tetrameric enzyme and thereby stably reduces tryptophanemia
765688
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