A thermostable DNA polymerase, which remains active in high temperature induced denaturation of double-standed DNA is isolated from a bacterium

A thermostable DNA polymerase, which remains active during the high temperature induced denturation of double j- stranded DNA is isolated from a bacterium

DNA polymerase is isolated from bacteria

DNA polymerase is isolated from bacteria

Which of the following statements are correct for the enzyme Taq polymerase ? (i) It remains active during the high temperature induced denaturation of dsDNA. (ii) It requires primers for carrying out the process of polymerisation. (iii) It synthesises the RNA region between the primers, using dNTPs and Mg^(2+) .

Which of the following statements are correct for the enzyme Taq polymerase ? (i) It remains active during the high temperature induced denaturation of dsDNA. (ii) It requires primers for carrying out the process of polymerisation. (iii) It synthesises the RNA region between the primers, using dNTPs and Mg^(2+) .

Which of the following statements are correct for the enzyme Taq polymerase ? (i) It remains active during the high temperature induced denaturation of dsDNA. (ii) It requires primers for carrying out the process of polymerisation. (iii) It synthesises the RNA region between the primers, using dNTPs and Mg^(2+) .

Thermostable DNA polymerase can withstand temperature up to ______

DNA ligase is isolated from _____