During transcription, a DNA nucleotide containing Thymine (T) base pairs with an RNA nucleotide containing Adenine (A). In the process of transcription, the DNA serves as a template for synthesizing RNA. The base pairing follows the rules of complementarity, where Thymine in DNA pairs with Adenine in RNA, and Cytosine (C) pairs with Guanine (G). Therefore, whenever there is a T in the DNA strand, the corresponding RNA nucleotide will have an A. This is a crucial part of the transcription process in molecular biology, which ultimately leads to protein synthesis.

This problem has been solved

Question

During transcription, a DNA nucleotide containing Thymine (T) base pairs with an RNA nucleotide containing Adenine (A). In the process of transcription, the DNA serves as a template for synthesizing RNA. The base pairing follows the rules of complementarity, where Thymine in DNA pairs with Adenine in RNA, and Cytosine (C) pairs with Guanine (G). Therefore, whenever there is a T in the DNA strand, the corresponding RNA nucleotide will have an A. This is a crucial part of the transcription process in molecular biology, which ultimately leads to protein synthesis.

This problem has been solved

Knowee AI · Accepted Answer

During transcription, a DNA nucleotide containing Thymine (T) base pairs with an RNA nucleotide containing Adenine (A). In the process of transcription, the DNA serves as a template for synthesizing RNA. The base pairing follows the rules of complementarity, where Thymine in DNA pairs with Adenine in RNA, and Cytosine (C) pairs with Guanine (G). Therefore, whenever there is a T in the DNA strand, the corresponding RNA nucleotide will have an A. This is a crucial part of the transcription process in molecular biology, which ultimately leads to protein synthesis.

This problem has been solved

During transcription, a DNA nucleotide containing Thymine (T) base pairs with an RNA nucleotide containing?

Question

Solution

Similar Questions

Upgrade your grade with Knowee