In summary, more genes are regulated (both up and down) by MPA through PR than through AR.
But as more genes are identified for late-onset diseases, the question will come up again and again.
The closer the relationship, the more genes are shared and the more similar, for example, the body bouquet of the two parties should be.
When two or more genes are borne on the same chromosome, these genes may not be assorted independently; such genes are said to be linked.
Even at the F3 level, some heterozygosity will be observed when more genes are involved in the introgression program.
However, it is still unclear how many more genes are implicated in this process, and methods are needed to systematically evaluate each gene's relevance to reprogramming.
So far only a few shape related genes have been manipulated for bioprocess benefits, many more genes are to be exploited for various cell morphologies.
Many more genes are imprinted in the mouse than in the human.
The probability of finding a false-positive will grow as more genes are tested.
At the broad gene expression level, more genes are misexpressed between species compared to hybrids.
In the case of Xenopus, more genes are misexpressed between species than for hybrids compared to each parental species.
