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(C) The correct matches are as follows:$i$. Avery,McCarty,and MacLeod $(a)$: They demonstrated that $DNA$ is the transforming principle by showing tha

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$i-a, ii-c, iii-d, iv-b$

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(C) The correct matches are as follows:$i$. Avery,McCarty,and MacLeod $(a)$: They demonstrated that $DNA$ is the transforming principle by showing that DNAse treatment inhibits the transformation of $R$ cells to $S$ cells.$ii$. Griffith $(c)$: Frederick Griffith performed the transformation experiment using $Streptococcus$ $pneumoniae$ (bacterium causing pneumonia).$iii$. Hershey and Chase $(d)$: They used radioactive isotopes of Sulphur $(^{35}S)$ and Phosphorus $(^{32}P)$ to prove that $DNA$ is the genetic material in bacteriophages.$iv$. Meselson and Stahl $(b)$: They experimentally proved that $DNA$ replication is semi-conservative using $E. coli$ and $^{15}N$ isotopes.Therefore,the correct matching is $i-a, ii-c, iii-d, iv-b$.

Column-$I$	Column-$II$
$i$. Avery,McCarty,and MacLeod	$a$. $DNA$ digested by DNAse inhibits transformation of $R$ cells to $S$ cells.
$ii$. Griffith	$b$. $DNA$ replication is semi-conservative.
$iii$. Hershey and Chase	$c$. Used Streptococcus pneumoniae.
$iv$. Meselson and Stahl	$d$. Used radioactive Sulphur and Phosphorus.

Column-$I$	Column-$II$
$(1)$ Ligase	$(p)$ Segment of $DNA$
$(2)$ $RNA$ polymerase + Rho factor	$(q)$ Replication
$(3)$ $RNA$ polymerase	$(r)$ Termination
$(4)$ Cistron	$(s)$ Elongation

Similar Questions

The $1$ gene $1$ enzyme relationship was first established in .......... .

Statement-$I$: The split gene arrangements represent probably an ancient feature of the genome.
Statement-$II$: Introns or intervening sequences do not appear in mature or processed $\text{RNA}$.

Match the following:

Column-$I$ Column-$II$

$(1)$ Ligase $(p)$ Segment of $DNA$

$(2)$ $RNA$ polymerase + Rho factor $(q)$ Replication

$(3)$ $RNA$ polymerase $(r)$ Termination

$(4)$ Cistron $(s)$ Elongation

Which one of the following statements about the particular entity is true?

The central dogma of molecular biology is shown below. Identify the processes $P, Q,$ and $R$.

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