Free-Agent Smith
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I know that apes have been classified by species, such as defined types of breeds, such as almost every animal on the planet at least the ones we know of. They are still apes. Darwin suggested a multitude of transitional fossils but where are they? I would agree that evolution has taken the world without a fight but it appears that what you call obvious isn't. What you see as supporting Darwin, I see as supporting extinct varieties.Originally posted by Stratnerd
as pointed out before, our planet shows that when you go from the most current biota (say, what we have today) to those getting older, the differences become greater suggesting that ALL organisms have been evolving. We know that organisms will evolve over time. Is there any reason that our lineage should be any different? Early biologists proposed that we shared ancestry with the great apes (gorillas, chimps) and we've found many fossils that show organisms with the types of features that we might expect to be intermediate. While we may never find the actual ancestors to us we find things that belong to lineages that are obvious relatives.
From the Nature article:Indeed, but what was that difference 50%? nope, 25%? nope, 10%? nope, 5%? nope, but less than a 2% difference.
5% is what they are saying the difference is. That is alot more than less than 2%. Are there any other species that close or closer to humans?However, the researchers were in for a surprise. Because chimps and humans appear broadly similar, some have assumed that most of the differences would occur in the large regions of DNA that do not appear to have any obvious function. But that was not the case. The researchers report in Nature1 that many of the differences were within genes, the regions of DNA that code for proteins. 83% of the 231 genes compared had differences that affected the amino acid sequence of the protein they encoded. And 20% showed "significant structural changes".
The researchers also carried out some experiments to look at when and how strongly the genes are switched on. 20% of the genes showed significant differences in their pattern of activity.
In addition, there were nearly 68,000 regions that were either extra or missing between the two sequences, accounting for around 5% of the chromosome. "We already knew that at the DNA level we are similar to chimpanzees," says Taylor. "But we have seen a much higher percentage of change than people speculated."
Chromosome 22 makes up only 1% of the genome, so in total there could be thousands of genes that significantly differ between humans and chimps, says Jean Weissenbach from France's National Sequencing Centre in Evry. This could make it much harder than scientists had hoped to find the key changes that made us human.
If you get me the funding I will do it.I don't think so at all. Heck, an Archaeopteryx was misclassified as a dinosaur for years and years. Maybe you can point to the salient differences between dromeosaurs and birds?
Is this the one you meant?(See picture)