pitabread
Well-Known Member
- Jan 29, 2017
- 12,920
- 13,372
- Country
- Canada
- Faith
- Agnostic
- Marital Status
- Private
good example. we can predict that if we will find a gene that is identical between chimp, human and gorila (comparing to others genes in their geneomes that arent identical), then we can conclude that this gene have an important meaning.
By why would you conclude that the gene has "an important meaning"? What is your basis for that conclusion?
And what about other sequences that are not identical? If identical sequences are important, does this mean non-identical sequences aren't important?
What about relative levels of variation between different species? What is some sequences are similar (say 1% different between genomes) versus other sequences that have more or less variation? Does relative variation matter?
What about sequences with synonymous versus non-synonymous substitutions? Can we say anything about those?
You also said, "we can check by the molecular clock where are the important genomic regions in the genome." How does that work? How the 'molecular clock' tell you anything about important regions of the genome?
You need to provide a lot more detail about how this comparison would work. You haven't really explained anything yet.
Last edited:
Upvote
0