1 |
According to Lock and key model , the activate is. |
Soft structure
Flexible structure
Rigid structure
Attractive structure
|
2 |
Three dimensional globular protein is. |
Starch
Glucose
Enzyme
Antibiotic
|
3 |
Lock and key model was proposed by |
Koshland
Emil Fisher
Watson
Flemming
|
4 |
An enzyme reacts only with its specific. |
Surface
Product
Substrate
Inhibitor
|
5 |
Enzyme lower down the energy of. |
Kinetic
Potential
Activation
Ionic
|
6 |
The activation energy of the reaction is lowered by |
Co enzyme
Enzyme
Product
Substrate
|
7 |
An enzyme with its co enzyme or prosthetic removed is designated as |
Activator
Co enzyme
Apo enzyme
Holoenzyme
|
8 |
The detachable co factor of an enzyme is known as |
Co enzyme
Ap enzyme
Activator
Prosthetic group
|
9 |
If protein part of co factor is covalently bond to enzyme, it is called is. |
Co- Enzyme
Prosthetic group
Activator
apoezyme
|
10 |
An activated enzyme consisting of a polypodies chain and a co factor is called. |
Apo enzyme
Co enzymes
Holo enzymes
Both a and b
|
11 |
Co enzymes are closely related to. |
Amino acids
Vitamins
Enzyms
Non protein particles
|
12 |
Covalently bonded non protein part is called. |
Co factor
Activator
Prosthetic group
Co enzyme
|
13 |
An activated enzyme with a co enzyme is called. |
Apoenzymes
Activators
Holo enzymes
Co enzymes
|
14 |
Metals is ions are related to. |
Co enzymes
Vitamins
Co factors
Substrate
|
15 |
Enzymes involved in respiration, are found in. |
Chloroplasts
Ribosome
Mitochondria
Nucleus
|
16 |
The detachable cofactors of an enzyme is known as. |
Prosthetic group
Apo enzyme
<div>Activator</div>
Co enzyme
|
17 |
the vitamins are essential raw material for the synthesis of. |
Activators
Co factors
Co enzymes
Prosthetic group
|