Assertion : Synthesis of daughter or new srand accurs continuously along the parent `3' rarr 5'` strand.
Reason:DNA polymerase can polymerise nucleotides in `3' rarr 5'` direction on `5' rarr 3'` strand.

DNA polymerase can polymerise the nucleotides in the 3’ to 5’ direction.

Assertion : Synthesis of mRNA takes place in 5' rarr 3' direction Reason : Reading of mRNA is always in 3' rarr 5' direction

DNA strand which is formed continuously in 5' rarr 3' direction is called :

Assertion :- On template 5' to 3' DNA replicate in discontinuous manner. Reason : DNA polymerase catalyse polymerisation only is one direction that is 5' to 3'.

Assertion :- On template 5' to 3' DNA replicate in discontinuous manner. Reason : DNA polymerase catalyse polymerisation only is one direction that is 5' to 3'.

DNA replication starts in the 5' rarr 3' directino because :

Which of the following DNA polymerase of prokaryotes have both 3' rarr 5' " and "5' rarr 3' exonuclease activity?

DNA replication starts in the 5^' rarr 3^' direction because :

Select the correct statements regarding the process of transcription in eukaryotes. (i) The strand of dsDNA which takes part in transcription process is called as coding strand. (ii) The enzyme RNA polymerase can catalyse polymerisation only in one direction i.e. , 5' rarr 3' . (iii) An unusual nucleotide methyl guanosine triphosphate is added to the 5' end of hnRNA during capping. (iv) During tailing process, adenylate residues (200-300) are added at 3' end in a template independent manner.

Select the correct statements regarding the process of transcription in eukaryotes. (i) The strand of dsDNA which takes part in transcription process is called as coding strand. (ii) The enzyme RNA polymerase can catalyse polymerisation only in one direction i.e. , 5' rarr 3' . (iii) An unusual nucleotide methyl guanosine triphosphate is added to the 5' end of hnRNA during capping. (iv) During tailing process, adenylate residues (200-300) are added at 3' end in a template independent manner.