If the sequence of bases in DNA is G C T T A G G C A A then the sequence of bases in its transcript will be

Question

If the sequence of bases in DNA is G C T T A G G C A A then the sequence of bases in its transcript will be (A) G C T T A G G C A A (B) C G A A T C C G T T (C)  C G A A U C C G U U (D)  A A C G G A U U C G

Tardigrade Admin · Accepted Answer

mRNA strand is complementary to one of the DNA strands i.e., template strand. In RNA, uracil is present instead of thymine which is complementary to adenine. Cytosine and guanine are also complementary to each other. Hence, the sequence of bases in transcript would be C G A A U C C G U U .

Q. If the sequence of bases in $D N A$ is $GCTT A GGC AA$ then the sequence of bases in its transcript will be

$GCTT A GGC AA$

$CG AA TCCGTT$

$CG AA U CCG UU$

$AA CGG A UU CG$

$m RN A$ strand is complementary to one of the $D N A$ strands i.e., template strand. In $RN A$ , uracil is present instead of thymine which is complementary to adenine. Cytosine and guanine are also complementary to each other. Hence, the sequence of bases in transcript would be $CG AA U CCG UU$ .

Q. If the sequence of bases in DNA is GCTTAGGCAA then the sequence of bases in its transcript will be

GCTTAGGCAA

CGAATCCGTT

CGAAUCCGUU

AACGGAUUCG