If RNA polymerase III is removed from the nuc | vedclass

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(A) In eukaryotes,there are three main types of $RNA$ polymerases involved in transcription:$1$. $RNA$ polymerase $I$ transcribes $r-RNA$ ($28S, 18S,$

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$t-RNA$

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(A) In eukaryotes,there are three main types of $RNA$ polymerases involved in transcription:$1$. $RNA$ polymerase $I$ transcribes $r-RNA$ ($28S, 18S,$ and $5.8S$).$2$. $RNA$ polymerase $II$ transcribes the precursor of $m-RNA$,called $hn-RNA$ (heterogeneous nuclear $RNA$).$3$. $RNA$ polymerase $III$ is responsible for the transcription of $t-RNA$,$5S$ $r-RNA$,and $sn-RNA$ (small nuclear $RNA$).Therefore,removing $RNA$ polymerase $III$ will directly affect the synthesis of $t-RNA$.

If $RNA$ polymerase $III$ is removed from the nucleoplasm,which of the following will be affected?

Similar Questions

The process of synthesis of $RNA$ on a $DNA$ template is known as:

Which process is shown in the figure below?

If the sequence of the coding strand in a $\text{DNA}$ molecule is $\text{5'-ATCGATCGACTG-3'}$,then the sequence of $\text{RNA}$ transcribed from the template strand would be:

$RNA$ polymerase-$I$ is not responsible for the synthesis of $-$ (in $\text{s rRNA}$)

During transcription,the nucleotide sequence of a $DNA$ strand is $ATACG$. What will be the nucleotide sequence of the $m-RNA$?

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