M
C
Q
s
D
r
i
v
e
A
Lorenz Oken
B
Schwann
C
Robert Brown
D
Rudolph Virchow
A
Saturation
B
Denaturation
C
Composition
D
Inhibition
A
Cytoplasm
B
Nucleus
C
Nucleolus
D
Endoplasmic reticulum
A
Never changes
B
Forms no chemical bond with substrate
C
Determined by structure and the specificity of the enzyme
D
They are non specific in their action
A
Enzymes get denatured at higher substrate conc
B
Rate of reaction is indirectly proportional to substrate concentration at this point
C
All the active sites on enzyme molecule are occupied
D
None of these
A
Specific enzyme can transform only a specific substrate
B
Active site of an enzyme is a non flexible structure
C
Active site does not change before during or even after the reaction
D
It explains the mechanism of every chemical reaction
A
Increase in enzyme molecule increases the available active sites.
B
This relation is for unlimited time period with unlimited enzyme concentration
C
If the concentration is doubled the rate will become two fold.
D
None of these.
A
Polymer
B
Polypeptide
C
Polysomes
D
Monomer
A
Glyoxisomes
B
Lysosomes
C
Peroxisomes
D
Ribosomes
A
Active site
B
Binding site
C
Catalytic site
D
Allosteric site