Two important steps involved in genetic engineering are cutting the desired gene from its genome, then cutting the vector genome
and pasting the gene into it. How is this carried out? Select one of the options below as your answer: A.Using the same restriction enzyme for cutting the desired gene and the vector and using ligase for pasting the gene into the vector B.Using two different restriction enzymes for cutting the desired gene and the vector and polymerase for pasting the gene into the vector C. Using the same ligase for cutting the desired gene and the vector and a restriction
This is carried out using the same restriction enzyme for cutting the desired gene and the vector and using ligase for pasting the gene into the vector. The correct option among all the options that are given in the question is the first option or option "A". I hope that this is the answer you were looking for and it has helped you.
The correct answer is A. <span>Using the same restriction enzyme for cutting the desired gene and the vector and using ligase for pasting the gene into the vector. Vectors ensure DNA replication in cells. Restriction enzymes slice the DNA in specific sites; it should be the same so as the two ends will easily complement back together. </span>
In semi-permeable membranes, only some substances can pass through. Sometimes, some can also pass through the channel protein molecules or transport proteins on the cell membrane.
Paraplegia is paralysis that involves loss of motor and sensory control of the trunk and two extremities. In addition, paraplegia for the most part is the result of a spinal cord injury due to an accident or other trauma. Most common accidents contain motor vehicle accidents and falls in those aged over 65.
if we will grow huge number of trees and other plants the oxygen level will increase because tree produce oxygen during the process of photosynthesis and if one gases level will increase then other will also decrease...
