A.
Directly break substrate bonds
✓
B.
Increase activation energy
✓
C.
Lower activation energy by stabilizing the transition state
✓
D.
Dissociate the enzyme cofactor complex
✓
B.
Histidine acting as a general base
✓
C.
Aspartate donating a proton
✓
D.
Formation of a disulfide bond
✓
A.
Denaturing the substrate
✓
B.
Binding two substrates close together to increase their effective concentration
✓
C.
Lowering the pH of the solution
✓
D.
Using a metal ion to generate hydroxyl radicals
✓
A.
Release of the unaltered second substrate
✓
B.
Binding of a water molecule and its nucleophilic attack on the acyl enzyme intermediate
✓
C.
Binding of an allosteric inhibitor
✓
D.
Auto degradation of the enzyme
✓
A.
Sequential ordered mechanism
✓
B.
Sequential random mechanism
✓
C.
Ping pong double displacement mechanism
✓
D.
Concerted acid base mechanism
✓
A.
Substrate inhibits product
✓
B.
One product is released before all substrates bind
✓
C.
Cooperative binding occurs
✓
D.
Non competitive inhibition occurs
✓
B.
Hydrophobic and non polar
✓
C.
Rich in lysine residues
✓
