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Question

(A) $1$. $DNA$ replication always occurs in the $5'$ to $3'$ direction.$2$. In the given diagram,$A$ represents the $RNA$-primer,which initiates the s

Vedclass · Accepted Answer

$A$ - $RNA$-primer,$B$ - Okazaki fragment,$C$ - Leading template,$D$ - Lagging template

Vedclass · Answer

(A) $1$. $DNA$ replication always occurs in the $5'$ to $3'$ direction.$2$. In the given diagram,$A$ represents the $RNA$-primer,which initiates the synthesis of the new $DNA$ strand.$3$. $B$ represents the Okazaki fragments,which are short,newly synthesized $DNA$ segments formed on the lagging strand.$4$. $C$ represents the leading template strand,where synthesis occurs continuously.$5$. $D$ represents the lagging template strand,where synthesis occurs discontinuously in the form of Okazaki fragments.$6$. Therefore,the correct identification is: $A$ - $RNA$-primer,$B$ - Okazaki fragment,$C$ - Leading template,$D$ - Lagging template.

Column - $I$	Column - $II$
$(a)$ Helicase	$(1)$ Joining of nucleotides
$(b)$ Gyrase	$(2)$ Opening of $DNA$
$(c)$ Primase	$(3)$ Unwinding of $DNA$
$(d)$ $DNA$ Polymerase $III$	$(4)$ $RNA$ Priming

Replication of eukaryotic $DNA$ is depicted here. Identify $A$,$B$,$C$,and $D$ by selecting the correct option.

Similar Questions

Choose the correct option regarding the origin of replication $(ori)$.

Match the columns.
Column - $I$ Column - $II$
$(a)$ Helicase $(1)$ Joining of nucleotides
$(b)$ Gyrase $(2)$ Opening of $DNA$
$(c)$ Primase $(3)$ Unwinding of $DNA$
$(d)$ $DNA$ Polymerase $III$ $(4)$ $RNA$ Priming

Which enzyme catalyzes the process of reverse transcription?

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

$DNA$ polymerase links nucleotides by forming which type of bond?

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