The placement of the genes on the parent chromosones - B.
<span>The reason for this is that if the parents of the kittens are heterozygotic individuals (Pp and Pp). Where P being one colour and p being another colour, it's quite possible that some of their litter have the pp allele combination which in turn could make them a different colour. </span>
The correct answer is B. Fragmentation
Explanation:
Organisms reproduce in different ways including sexual reproduction and asexual reproduction that covers fission, fragmentation, budding and parthenogenesis. In the case of fragmentation, this occurs in seastars, flatworms, molds, and other organisms and occurs as the original organism splits or divides into fragments and each of the parts becomes a mature individual with the same genes that the original organism.
Additionally, due to the characteristics of this type of reproduction, this might not occur voluntarily by the organism but due to damage that makes the organism to break and then the fragments regenerate. Considering this, it can be concluded the form of reproduction that can result from damage to the original animal is fragmentation.
The single-stranded DNA is revealed and ready for transcription as soon as the RNA polymerase and its related transcription elements are in place. Afterwards, RNA polymerase will begin to move down the DNA template strand in the 3' to 5' direction, and as it does so, it ties together interrelated nucleotides. This action makes a new strand of mRNA that is arranged in the 5' to 3' direction because of complementary base-pairing. More nucleotides are affixed to the mRNA as the RNA polymerase continues down the strand of DNA, therefore building a developing longer chain of nucleotides. Which is called elongation.