During transcription,the holoenzyme RNA polym | vedclass

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(D) During the initiation of transcription in eukaryotes,the $RNA$ polymerase holoenzyme recognizes and binds to a specific promoter sequence located

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$TATA$ box

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(D) During the initiation of transcription in eukaryotes,the $RNA$ polymerase holoenzyme recognizes and binds to a specific promoter sequence located upstream of the gene. This specific sequence is rich in $Adenine$ and $Thymine$ bases and is known as the $TATA$ box (or $Goldberg-Hogness$ box). Binding of the $RNA$ polymerase to the $TATA$ box causes the $DNA$ double helix to unwind and bend,creating a characteristic saddle-like structure that facilitates the formation of the transcription initiation complex.

List $I$	List $II$
$A$. $RNA$ polymerase $III$	$I$. snRNPs
$B$. Termination of transcription	$II$. Promoter
$C$. Splicing of exons	$III$. Rho factor
$D$. $TATA$ box	$IV$. snRNAs,tRNA

During transcription,the holoenzyme $RNA$ polymerase binds to the $DNA$ strand,and the $DNA$ forms a saddle-like structure at that site. What is this sequence called?

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Match List $I$ with List $II$:

List $I$ List $II$

$A$. $RNA$ polymerase $III$ $I$. snRNPs

$B$. Termination of transcription $II$. Promoter

$C$. Splicing of exons $III$. Rho factor

$D$. $TATA$ box $IV$. snRNAs,tRNA

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Eukaryotic $RNA$ polymerase $III$ catalyzes the synthesis of

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