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to complete the meiosis cycle
Sex chromosomes themselves are unique, because of the large differences in the X and Y chromosomes. Their loci (location of genes) do not match up and the Y chromosome is much smaller. With sex-linked (X-linked or Y-linked) traits, oftentimes the genotype only consists of one allele because no form of the gene exists on the other chromosome. For this reason, males are more prone to these genetic diseases. One copy of a recessive disease-causing gene is enough to be expressed. In females, there is a chance that the other copy is dominant and not disease-causing.
In theory - sure.Males have one X and one Y chromosome, and females have two X's. If you were male, it would be a (relatively) simple process of removing one Y chromosome and duplicating the X. For females it's a little harder - girls don't have a Y chromosome, so one would have to be obtained from a guy. The best match would be her father or brother.As for the cloning itself, that's the difficult part. But if cloning really was cheap and easy, it would be a breeze to clone an opposite gender of yourself.And really, who wouldn't want to?
kayrotype
One can meet single females online at a variety of different websites. One can meet single females online at websites such as Zoosk, eHarmony, and Match.
microtubules and chromosome movement
Chromosomes come from two parents. They match up so the number must be divisible by two.
It may be ideal to check out Match.com, or Eharmony.com. These are match dating sites and can help you find the match you are looking for by completing full profiles.
AncestryDNA, similar to Family Finder at Family Tree DNA and the 23andMe test, ... Ancestry does a good job of linking up people who match by .... data and chromosome browser functions as the reason for your decision.
There are 22 autosomal chromosomes and 2 sex chromosomes in humans. In all the other chromosomes, the homologous pairs match up genetic loci. However, in human sex chromosomes the X and Y chromosome are different (with the X chromosome being much larger and the Y chromosome carrying genes that cause "maleness"). Someone with an X and a Y chromosome is a male because he has a Y chromosome that carries the genes that code for "maleness". Females "lack" this Y chromosome, and thus show characteristic female phenotypes.
DNA does not condense into chromosomes. When cells divide so do chromosomes. Each chromosome provides the template for a new chromosome. The four bases match those on the old chromosomes and create new chromosomes. DNA does not just decide to get together, "Hey guys, lets get together and become a chromosome." ACTUALLY they do condense into chromosomes because it would be too big (if uncoiled and stretched out) to fit into a cell
This is due to the different chromosome numbers of the two species, horses have 64 chromosomes as the donkey only has 62 chromosomes. This will leave the offspring to have 63 chromosomes, allowing the pairs to not match correctly and creating successful embryos.