During transcription, the nucleotide sequence of the nascent RNA is most similar to that of the: sensestrand, antisense strand, template strand, or non-coding strand.
The answer is sense strand.
Nascent RNA is immediately formed RNA, can someone elaborate?
But...isn't the sense strand the same as the template strand?
This is their explanation:
During transcription, the nucleotide sequence of the nascent RNA is most similar to that of the sense strand. Several synonyms are used to describe the complementary nucleotide sequences of double stranded DNA undergoing transcription. After the DNA double helix is opened, the single stranded DNA from which the RNA is directly transcribed is referred to as the template, antisense, or non-coding strand. The single stranded DNA strand that does not serve as a template for RNA transcription is known as the non-template, sense, or coding strand. The nucleotide sequence of the nascent RNA is the same as the sense strand except that U pairs with A instead of T.
The answer is sense strand.
Nascent RNA is immediately formed RNA, can someone elaborate?
But...isn't the sense strand the same as the template strand?
This is their explanation:
During transcription, the nucleotide sequence of the nascent RNA is most similar to that of the sense strand. Several synonyms are used to describe the complementary nucleotide sequences of double stranded DNA undergoing transcription. After the DNA double helix is opened, the single stranded DNA from which the RNA is directly transcribed is referred to as the template, antisense, or non-coding strand. The single stranded DNA strand that does not serve as a template for RNA transcription is known as the non-template, sense, or coding strand. The nucleotide sequence of the nascent RNA is the same as the sense strand except that U pairs with A instead of T.