Which of following statement is correct about DNA polymerase?

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5.Molecular Basis of Inheritance

medium

Which of the following statement is correct about $DNA$ polymerase?

$DNA$ polymerase can synthesize $mRNA$ in the $3 ' to 5 '$ direction.

$DNA$ polymerase can synthesize $DNA$ in the $5 ' to 3 ' $ direction.

$DNA$ polymerase can synthesize $mRNA$ in the $5^{\prime}$ to $3 ' $ direction.

$DNA$ polymerase can synthesize $DNA$ in the $3^{\prime}$ to $5^{\prime}$ direction.

Solution

$DNA$ polymerase is an enzyme which is involved in the replication and repair of $DNA$. It synthesizes new $DNA$ strands using a $DNA$ template in the $5' – 3'$ direction.

Standard 12

Biology

For proving the semi conservative mode of replication of $DNA$ , $E-coli$, were first grown in the medium containing ?

medium

The enzyme $DNA$ polymerase in $E.coli$ is a $DNA$ dependent polymerase and also has the ability to proof-read the $DNA$ strand being synthesised. Explain. Discuss the dual polymerase.

easy

Name a few enzymes involved in $DNA$ replication other than $DNA$ polymerase and ligase. Name the key functions for each of them.

medium

E. coli has only $4.6 \times 10^{6}$ base pairs and completes the process of replication within 18 minutes; then the average rate of polymerisation is approximately

easy

(NEET-2020)

Eukaryotes differ from prokaryotes in the mechanism of $DNA$ replication due to

medium

Which of the following statement is correct about $DNA$ polymerase?

Solution

Similar Questions

For proving the semi conservative mode of replication of $DNA$ , $E-coli$, were first grown in the medium containing ?

The enzyme $DNA$ polymerase in $E.coli$ is a $DNA$ dependent polymerase and also has the ability to proof-read the $DNA$ strand being synthesised. Explain. Discuss the dual polymerase.

Name a few enzymes involved in $DNA$ replication other than $DNA$ polymerase and ligase. Name the key functions for each of them.

E. coli has only $4.6 \times 10^{6}$ base pairs and completes the process of replication within 18 minutes; then the average rate of polymerisation is approximately

Eukaryotes differ from prokaryotes in the mechanism of $DNA$ replication due to

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