I already gave you part of the problem by simply telling you how many genes are in the Y chromosomes of the ape and human.
Yes and you should have caught on to the problem of the human chromosome having twice as many genes as the apes Y chromosome. First off so much for your 98% Dna similarity.We have been lied about this for too long.
The chromosome structures are nothing alike. They are completely different.
There is no mechanism to produce a new gene in humans or apes. For evolutionary change you need to produce new genes with new functions. Without new genes being added you will not get the morphological changes needed for ape to human evolution.
Your side has tried to make gene duplication as that mechanism that produces these genes with new functions. They are right gene duplication is the only way you can produce new genes. Two problems however.1. A new gene is only produced by a mistake during gene duplication 2. These new genes only produced when a mistake is made only happens in single sex bacteria.
The other obvious problem for evolutionist is humans having 23 pairs of chromosomes and apes have 24 pairs. I know the usual answer evolutionist give for this problem because I used it myself. So I am ready to destroy this argument as well.
This why many believe in a fairytale because they don't understand the genetic problems for evolution.
Thanks for proving my point. The reason why humans (and Neanderthals and Denisovans) only have 23 pairs is because one of our chromosomes (chromosome 2, the second largest chromosome) is actually two separate ancestral chromosomes fused together.
http://en.wikipedia.org/wiki/Chromosome_2_(human)
The evidence for this includes:
The correspondence of chromosome 2 to two ape chromosomes. The closest human relative, the chimpanzee, has near-identical DNA sequences to human chromosome 2, but they are found in two separate chromosomes. The same is true of the more distant gorilla and orangutan.[6][7]
The presence of a vestigial centromere. Normally a chromosome has just one centromere, but in chromosome 2 there are remnants of a second centromere.[8]
The presence of vestigial telomeres. These are normally found only at the ends of a chromosome, but in chromosome 2 there are additional telomere sequences in the middle.[9]
Chromosome 2 presents very strong evidence in favour of the common descent of humans and other apes. According to researcher J. W. IJdo, "We conclude that the locus cloned in cosmids c8.1 and c29B is the relic of an ancient telomere-telomere fusion and marks the point at which two ancestral ape chromosomes fused to give rise to human chromosome 2." [9]
Sorry, putz, no fairytales needed. Just science.