<prompt> In DNA, the coding region reads 5-CGT-3. This would code in the RNA as:-5-CGU-35-GCA-35-ACG-35-UGC-3  <response>: Ans. is a 5-CGU-3 . In the transcription of DNA to RNA, RNA is synthesized in 5.1-31 direction against the template strand not the coding strand In a double-stranded DNA, there are 2 strands. The coding strand Codes of this strand will be transferred or transcripted to the RNA Template strand the RNA is synthesized against this strand in 5-3 direction Here in this patient: The coding strand reads 5-CGT-3 So the template strand would be 3 GCA 5 G is the corresponding base pair of C , A is of T. Now the RNA will be synthesized against the template strand. So the corresponding bases on RNA will be -5-C GU-3 U is the corresponding base pair of A in RNAs. There is no T base pair in RNAs. Hint: If this question is repeated as such, with only change of codons, apply this short-cut method. the codons in the RNA strand would be same as the codons in the coding strand of DNA, with only change of U in place of T 