Question

G. When inorganic ions or metallo-organic
molecules bind to apoenzyme, they
together form------
a. isoenzyme b. holoenzyme
c. denatured enzyme d. none of these​

Answer 1

Answer:

holoenzyme

Explanation:

these ions are types of cofactor (non protein part of an enzyme ) which when bind with apoenzyme (protein part ) collectively form holoenzyme. And these metal ions bind strongly with apoenzymes .

Answer 2

When inorganic ions or metallo-organic molecules bind to apoenzyme, they  together form Holoenzyme.

Option (b)

Explanation:

• Apoenzyme is also referred to as the Isoenzyme, which is inactive in nature.

• And when it is combined with any of the co-factors it gets activated due to the increase in the reaction rate of the chemical reaction by the addition of the co-factor which will also act as a catalyst.

• By adding the catalyst or co-factor, especially inorganic and metalo-organic compounds or ions, the Apoenzyme or Isoenzyme will form as the Holoenzyme which is active.

Learn more about enzyme

The RNA polymerase holoenzyme transcribes:

a. the promoter, structural gene and the terminator region

b. the promoter, and the

c. the structural gene and the terminator regions

d. the structural gene only.

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Effect of metal ion on alp enzyme activity

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