Exact(7)
The overall architecture of L-PGDS had an eight-stranded β-barrel with a hydrophobic cavity, in which the Cys65 residue, an active site for the catalysis, was identified.
To increase the ee of (S -ECH, the catalyS -ECHs carried outhesing Hhecatalysiscoupled wash epoxide hydrolase mutant and the maximum yield and ee of (S)-Ecarriedhed 91.2% and > 99%.
Time course of the catalysis was studied through monitoring the absorbance at 400 nm.
The methods are fairly sensitive, and the role of activators and sensitizers in enhancing the catalysis was studied.
The catalysis was confirmed using Raman spectroscopy.
Toluene hydrogenation was suppressed by Cu addition, and at a 2 : 1 Cu/Pt ratio, the catalysis was effectively shut off.
Similar(53)
Detailed kinetic information relevant to the catalysis is also discussed.
Rapid enzyme inactivation during the catalysis is the main problem to be solved.
A notable challenge associated with the catalysis is its stability or photocorrosion, which lacks established protocols.
Characteristics of the catalysis are discussed together with the pseudo-first kinetic feature of the depolymerization.
Thus, our work provides the experimental support that enzymatic catalysis of 3MST with 3MP proceeds via a ping-pong mechanism, like NAD(P H-related enzymatic reactions30; i.e., the mechanism of the catalysis is a double disP H-relatednvolving initial formation of thenzymaticsubstituted (pereactions30 cysteine residue-containing) enzyme, as well as rhodanase (Fig.e4c).
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