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Thermostable DNA polymerases are used in PCR because they a. bind DNA more efficiency than thermolabile...

Thermostable DNA polymerases are used in PCR because they

a. bind DNA more efficiency than thermolabile DNA polymerases

b. do not have a proof-reading activity

c. are less expensive than E. Coli DNA Pol III

d. can survive at the high temperatures used to denature DNA e. are water soluble

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Answer #1

I believe the correct answer to be:

Option D) Can survive at the high temperatures used to denature DNA..

As the denaturing step in the PCR uses temperatures at 95 degrees which is very high for a normal protein at which a normal protein will be denatured but this thermostable enzyme retains its activity.

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