TagliatelliMonster
Veteran Member
I understand, you can only assume
I have been hearing what scientists believe, for the past six or seven years now.
It is only then I learned that there was a belief system in the scientific community.
Before, I never paid much mind to science, really.
So, you merely make claims, and call them facts, and when asked to show that they are, you send me to watch a video, which is as old as the hills.
By the way, I saw the video - probably a year or two ago.
Do we get exact matches with the chimp chromosome that we seem to be "missing"?
Chimpanzee and human Y chromosomes are remarkably divergent in structure and gene content
...30% of chimpanzee MSY sequence has no homologous, alignable counterpart in the human MSY, and vice versa. In this respect the MSY differs radically from the remainder of the genome, where 2% of chimpanzee euchromatic sequence lacks an homologous, alignable counterpart in humans, and vice versa. We conclude that, since the separation of the chimpanzee and human lineages, sequence gain and loss have been far more concentrated in the MSY than in the balance of the genome. Moreover, the MSY sequences retained in both lineages have been extraordinarily subject to rearrangement: whole-chromosome dot-plot comparison of chimpanzee and human MSYs reveals dramatic differences in gross structure, which contrasts starkly with chromosome 21, the only other chromosome comprehensively mapped and sequenced in both species. Contrary to the decelerating decay theory, the chimpanzee and human MSYs differ dramatically in sequence structure.
Human and Chimp DNA Only 70% Similar, At Least According to This Study
I suppose though, by "missing", you are thinking "Ah, we now know why humans only have 46, when they should really have 48."
So we are related to tobacco, and potato. How swell. So long antelope.
Mice seem to be beating the chimps.
Humans and Mice Together at Last
In short, the human and mouse genomes are remarkably similar not only in the structure of their chromosomes but also at the level of DNA sequence.
Almost any gene in humans is going to be present in mice and vice versa, the team concludes.
The Celera team, led by Richard J. Mural, identified 11,822 short segments of mouse DNA that correspond to just one region of the human genome. The order and orientation of DNA in these segments is nearly identical in both genomes for 99 percent of the segments.
Poor Picard.
Misirepresenting actual papers and citing creationist opinion pieces from blogs filled with more of such dishonest, is not a proper way to argue.
Talking to, gives me this mental picture