1.14.14.3	additional information	-	the enzyme exhibits enhanced stability during exposure to low pH, hydrogen peroxide, and high temperature	671414	
1.14.14.3	additional information	-	the recombinant enzyme shows reduced thermal stability in absence of chaperone Hsp100 after expression in an Escherichia coli clpA-mutant strain, lack of chaperone ClpB decreases the thermal stability of the recombinant enzyme in vivo	658147	
1.14.14.3	additional information	-	the recombinant enzyme shows unaffected thermal stability after expression in an Escherichia coli clpA-mutant strain lacking chaperone Hsp100, carbonyl cyanide 3-chlorophenylhydrazone highly decreases the thermal stability of the enzyme in vivo to in vitro level, lack of chaperone ClpB decreases the thermal stability of the recombinant enzyme in vivo	658147	
1.14.14.3	30	37	half-life of about 1020 min at 37°C. At 37°C, the native enzyme retains around 60% of the bioluminescence of the enzyme expressed at 30°C	728017	
1.14.14.3	35	-	stable below	348582	
1.14.14.3	37	-	comparison of stability of wild-type enzyme and gene-fusion monomeric enzyme	348549	
1.14.14.3	37	-	wild-type enzyme has a 90% reduction in activity after 92 min. Comparable loss for the Y151W mutant after only 11 min	702318	
1.14.14.3	40	-	wild-type enzyme and mutanbt A75G: loss of 60% activity within 50 min, mutants C106V and C106V/A75G show increased thermolability loosing 99% and 90% activity, respectively	657939	
1.14.14.3	43.5	-	inactivation in vitro, temperature-stable enzyme	658147	
1.14.14.3	43.5	-	inactivation, temperature-labile enzyme	658147	
1.14.14.3	45	-	half-life 5 min	348545	
1.14.14.3	45	-	half-life over 3 h	348545	
1.14.14.3	46	-	the enzyme is inactivated in 10 min at 46°C	728284	
1.14.14.3	46	-	the enzyme is inactivated in 5 min at 46°C	728284	
1.14.14.3	47	-	the enzyme is inactivated in 15 min at 47°?	728284