during the fats digestion, bile acid has a pivotal role in emulsification and hydrolysis of triacylglycerides. ( )
during the fats digestion, bile acid has a pivotal role in emulsification and hydrolysis of triacylglycerides. ( )
The gap generated by hydrolysis of mismatch site in replication can be repaired by DNA polymerase I in E. coli.()
The gap generated by hydrolysis of mismatch site in replication can be repaired by DNA polymerase I in E. coli.()
Motor proteins produce directed movement in eukaryotic cells through conformational changes not linked to the hydrolysis of ATP to ADP.
Motor proteins produce directed movement in eukaryotic cells through conformational changes not linked to the hydrolysis of ATP to ADP.
Of the following, which is a phase Ⅱ biotransformation reaction? A: Hydrolysis B: Reduction C: Deamination D: Oxidation E: Conjugation
Of the following, which is a phase Ⅱ biotransformation reaction? A: Hydrolysis B: Reduction C: Deamination D: Oxidation E: Conjugation
The phase 1 reactions of biotransformation include A: oxidation B: reduction C: hydrolysis D: conjugation E: dehydrogenation
The phase 1 reactions of biotransformation include A: oxidation B: reduction C: hydrolysis D: conjugation E: dehydrogenation
The reactions of biotransformation don’t include A: hydrolysis B: reduction C: transamination D: conjugation E: oxidation
The reactions of biotransformation don’t include A: hydrolysis B: reduction C: transamination D: conjugation E: oxidation
Which one does not belong to the phase I reaction? A: Oxidation B: Reduction C: Hydrolysis D: Glucuronidation
Which one does not belong to the phase I reaction? A: Oxidation B: Reduction C: Hydrolysis D: Glucuronidation
The gap generated by hydrolysis of mismatch site in replication can be repaired by DNA polymerase I in E. coli. A: 正确 B: 错误
The gap generated by hydrolysis of mismatch site in replication can be repaired by DNA polymerase I in E. coli. A: 正确 B: 错误
The possible effects of the solubility of chemicals on biodegradability are as follows: A: Bio-activation B: Rate of solubilization C: Enzymatic hydrolysis D: Microbial bioavailability
The possible effects of the solubility of chemicals on biodegradability are as follows: A: Bio-activation B: Rate of solubilization C: Enzymatic hydrolysis D: Microbial bioavailability
Many motor proteins generate directional movement by using the hydrolysis of a tightly bound ATP molecule to drive an orderly series of conformational changes.
Many motor proteins generate directional movement by using the hydrolysis of a tightly bound ATP molecule to drive an orderly series of conformational changes.