Q. When the free energy occurs at standard conditions, it is termed as ______________

View solution

Q. Which of the following is not true for substrate collision theory?

View solution

Q. The disruption of interactions between substrate and solvent is referred to as __________

View solution

Q. Which of the following is not explained by molecular orbital steering?

View solution

Q. If the catalysis involves participation of small organic molecules, cofactors, and amino-acid side chains from the enzyme is termed as ____________

View solution

Q. ________________ involves substrates forming transient covalent bond with the residues present in the active site

View solution

Q. The covalent catalysis is aided by one of the following method?

View solution

Q. Which is the first step involved in chymotrypsin mediated peptide bond hydrolysis?

View solution

Q. Which of this is not true for the active site of an enzyme?

View solution

Q. Daniel Koshland proposed a model for enzyme’s reaction mechanism in 1958 which is termed as __________

View solution

Q. In lock and key model, the enzyme catalyzed reaction may produce an adverse reaction.

View solution

Q. The energy required to attain transition state is referred to as _____________

View solution

Q. The transition state cannot be achieved by using one of the following methods?

View solution

Q. Which of the following factor has a negative impact on substrate collision theory?

View solution

Q. The type of catalysis wherein the proton donation or acceptance is done by water molecule is referred to as _____________

View solution

Q. In the catalysis of RNA by Bovine pancreatic RNase A, His 12 acts as proton donor.

View solution

Q. The phenomenon which involves formation of an additional covalent intermediate in a reaction that helps to reduce the energy of later transition states is referred to as ___________

View solution

Q. Chymotrypsin: Nucleophilic catalysis:: Carboxypeptidase A: __________

View solution

Q. A type of catalysis which involves covalent intermediate transition state formation between the cationic electrophilic group in the enzyme and the electron rich portion of the substrate is referred to as ____________

View solution

Q. _____________ involves donation of electrons from nucleophilic active site residues to a substrate forming a covalent adduct transition state intermediate.

View solution