During in vitro synthesis of DNA, a researcher used 2', 3'-dideoxy cytidine triphosphate as raw nucelotide in place of 2' -deoxy cytidine. What would be the consequnce?

During in vitro synthesis of DNA, a researcher used 2'3' - dideoxy cytidine triphosphate as raw nucleotide in placeof 2'- deoxy cytidine. What would be the consequence?

During in vitro synthesis of DNA, a researcher used 2',3'- dideoxy cytidine triphosphate as raw nucleotide in place of 2'- deoxy cytidine triphosphate, other conditions remaining as standard. will further polymerisation of DNA continue upto the end or not? Explain.

During in vitro synthesis of DNA, a researcher used 2', 3' - dideoxy cytidinetriphosphate as raw nucleotide in place of 2'-deoxy cytidine triphosphateother conditions remaining as standard. Will further polymerisation of DNA continue upto the end or not? Explain.

During in vitro synthesis of DNA, a researcher used 2', 3'-di-deoxycytidine triphosphate as raw material in place of 2'-deoxycytidine triphosphate. What would be the consequence.

During in vitro synthesis of DNA, a researcher used 2. 3' dideoxy cytidine triphosphate as raw nucleotide in place of 2 deoxy cytidine triphosphate, other conditions remaining as standard. will further polymerisation of DNA continue upto the end or not? Explain.

During in vitro synthesis of DNA, a researcher used 2'-3'—dideoxycytidine triphosphate as raw nucleotide in place of 2'-deoxy cytidine triphosphate other conditions remaining as standard. Will further polymerisation of DNA continue upto the end or not? Explain.

During in Vitro synthesis of DNA, a researcher used 2' -3' - dideoxycytidine triphosphate as raw nucleotide in place of 2'-deoxy cytidine triphosphate other conditions remaining triphosphate other conditions remaining standard. Will further polymerisation of DNA continue upto the end or not? Explain.