When DNA is transcribed into mRNA, usually the mRNA remains single-stranded, but in some cases an RNA can be made that is complementary to the mRNA. This is called and its main function is to .

Question

When DNA is transcribed into mRNA, usually the mRNA remains single-stranded, but in some cases an RNA can be made that is complementary to the mRNA. This is called and its main function is to . (A) Antisense RNA, block gene expression (B) Antisense RNA, amplify mRNA (C) Antisense RNA, enhance translation (D) Reverse transcription, enhance translation

Tardigrade Admin · Accepted Answer

Correct answer is (a) Antisense RNA, block gene expression

Q. When $D N A$ is transcribed into $m RN A$ , usually the m $RN A$ remains single-stranded, but in some cases an $RN A$ can be made that is complementary to the m $RN A .$ This is called and its main function is to .

Antisense $RN A$ , block gene expression

Antisense $RN A,$ amplify m $RN A$

Antisense $RN A,$ enhance translation

Reverse transcription, enhance translation

Correct answer is (a) Antisense $RN A$ , block gene expression

Q. When DNA is transcribed into mRNA, usually the mRNA remains single-stranded, but in some cases an RNA can be made that is complementary to the mRNA. This is called ______ and its main function is to ______ .

Antisense RNA, block gene expression

Antisense RNA, amplify mRNA

Antisense RNA, enhance translation