A gene carried by recombinant DNA is cloned when

[A]: Vectors carry the foreign DNA/gene into the host cell. [R]: Plasmids can carry recombinant DNA but viruses can not.

[A]: Vectors carry only the foreign DNA/gene into the host cell. [R]: Plasmids can carry recombinant DNA but viruses can not.

[A]: Vectors carry only the foreign DNA/gene into the host cell. [R]: Plasmids can carry recombinant DNA but viruses can not.

Select the correct option to fill up balnks. (i) ________is a natural polymer extracted from_____. (ii) The DNA fragments purified by gel electrophoresis are used in constructing______by joining them with_______. (iii) The ligation of alien DNA is carried out at a________. present in one of the two________in a plasmid vector. (iv)_________enzyme remains active during the high temperature induced denaturation of ds DNA (v) DNA fragments are resolved according to their_________ through ______in agarose gel electrophoresis. a) (i) Agarose, sea weeds (ii) recombinant DNA, cloning vector (iii) restriction site, antibiotic resistance genes (iv) Taq polymerase (v) size, sieving effect b) (i) Agarose, sea weeds (ii) Restriction site, antibiotic resistance genes (iii) recombinant DNA, cloning vector (iv) Taq polymerase (v) size, sieving effect c) (i) Agarose, sea weeds (ii) restriction site, antibiotic resistance genes (iii) recombinant DNA, cloning vector (iv) Taq polymerease (v) size, sieving effect d) (i) size, sieving effect (ii) agarose, seaweeds (iii) recombinant DNA cloning vector (iv) Taq polymerase (v) restriction site, antibiotic resistance genes

Select the correct option to fill up balnks. (i) ________is a natural polymer extracted from_____. (ii) The DNA fragments purified by gel electrophoresis are used in constructing______by joining them with_______. (iii) The ligation of alien DNA is carried out at a________. present in one of the two________in a plasmid vector. (iv)_________enzyme remains active during the high temperature induced denaturation of ds DNA (v) DNA fragments are resolved according to their_________ through ______in agarose gel electrophoresis. a) (i) Agarose, sea weeds (ii) recombinant DNA, cloning vector (iii) restriction site, antibiotic resistance genes (iv) Taq polymerase (v) size, sieving effect b) (i) Agarose, sea weeds (ii) Restriction site, antibiotic resistance genes (iii) recombinant DNA, cloning vector (iv) Taq polymerase (v) size, sieving effect c) (i) Agarose, sea weeds (ii) restriction site, antibiotic resistance genes (iii) recombinant DNA, cloning vector (iv) Taq polymerease (v) size, sieving effect d) (i) size, sieving effect (ii) agarose, seaweeds (iii) recombinant DNA cloning vector (iv) Taq polymerase (v) restriction site, antibiotic resistance genes

Discussions on possible hazard caused by cloning recombinant DNA molecules began in the early

The process of recombinant DNA technology has the following steps I. Amplification of the gene . II. Insertion of recombinant DNA in to the host cells . III. Cutting of DNA at specific location using restriction enzyme . IV . Isolation of genetic meterial (DNA) Pick out the correct sequence of step for recombinant DNA technology .

Which of the following organelles used in recombinant DNA technology or gene cloning

The technique of genetic engineering includes a) creation of recombinant DNA, b) use of gene cloning c) gene transfer , d) All of these.