A competent bacterial strain with genes a, b, and c is transformed by a donor bacterial fragment. Cotransformation frequencies f
or each gene pair are as follows: a and b 0.04% a and c 0.02% b and c 0.0064% Which conclusion can be definitively made from this data? a) Genes b and c are farthest apart.
b) Gene order is a, b, then c.
c) Gene a is closer to c than to b.
d) Gene b is closer to c than to a.
e) Cotransformation of b and c is so frequent, they must be one gene
Transformation occurs when a competent bacteria cell takes up genetic material from the environment. Usually a donor cell donates its gene fragment which is then incorporated into the chromosome or plasmid of recipient bacterial cell.
Cotransformation occurs when two genes are taken up together by the recipient. The closer the genes lie to each other, more are the chances of them being taken up together. Contransformation frequency will be higher if two genes are close to each other. Here, cotransformation frequencies between three genes are given. Amongst them, the lowest frequency is 0.0064% which is present between gene b and c. Hence, gene b and c are the farthest apart.
The answer should be nonflowering plants. the definition of nonflowering plants is: A Plant that makes seeds within cones or produces spores instead of seeds.
"Data analysis" is the one step among the following choices given in the question that is missing in their mythology. The correct option among all the options that are given in the question is the third option or the penultimate option or option "C". I hope that this is the answer that has actually come to your help.
