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And God said, Let Us make Man ('adam) in Our image,
after Our likeness.
after Our likeness.
And God made the beast of the earth after his kind,
and cattle after their kind,
and every thing that creepeth upon the earth after his kind:
and God saw that it was good.
And God said,
Let Us make man in Our image, after Our likeness:
and let them have dominion over the fish of the sea,
and over the fowl of the air,
and over the cattle,
and over all the earth,
and over every creeping thing that creepeth upon the earth.
(Genesis 1:25-26)
Human DNA is 98.4 percent identical to the DNA of chimps and bonobos, a lesser-known chimp-like ape. "What is it in that other 1.6 percent that makes us different from them?
That's the critical question," said de Waal, a renowned primatologist."If humans and chimpanzees are over 98% identical base-for-base, how do you make sense of the fact that chimpanzees have 10% more DNA than humans? That they have more alpha-hemoglobin genes and more Rh bloodgroup genes, and fewer Alu repeats, in their genome than humans? Or that the tips of their chromosomes contain DNA not present at the tips of human chromosomes? Obviously there is a lot more to genomics than just nucleotide substitution. But the percentage comparison renders that fact invisible, and thus obscures some of the most interesting genetic questions." (from http://ist-socrates.berkeley.edu/~jo...marksaaa99.htm) "Our DNA is about 75% similar to that of a nematode, which is basically a small soil-dwelling worm. No-one would suggest a nematode is 75% human? Another good example is that during the sixties, American doctors tried to use chimpanzee organs for transplants in humans, but in all cases the organs were totally unsuitable. ... An interesting footnote that shows how complex this issue really is, ... humans differed from most other animals, including chimpanzees, in a small but possibly vital way. In most animals, the surface of every cell, except brain cells, carry glycoproteins that contain one particular member of a family of sugar molecues called sialic acid. In humans, a genetic mutation means this sugar is not present in any cell in the body. Proteins and membrane lipids that have sialic acid take part in many processes. They help cells stick to one another. They may also play a part in disease susceptibility. This might be a reason why Chimpanzees seem far less suspeceptible for infectious diseases like malaria and cholera. ... This might be one factor in those chimp to human transplants in which organs were rejected." (from http://www.fromlondon.freeserve.co.uk/cuchimpdna.html)
A more recent "Study found only 86.7% genetic similarity when segments of human and chimpanzee DNA (totaling 1,870,955 base pairs) were laid side by side. This study also included indels (insertions/deletions) in addition to substitutions." ref: Tatsuya Anzai st al., "Comparative Sequencing of Human and Chimpanzee MHC Class | Regions Unveils Insertions/Deletions As the Major Path to Genomic Divergence," Proceedings of the National Academy of Sciences, USA 100 (2003); 7708-13
Didn't copy all of article because of copywrite laws, so here is the link.
http://www.accuracyingenesis.com/image.html
I don't know all the big words that sometimes come along when we get into discussions of science, so if you all could keep it simple I would appreciate it.
I would just like to get some input into the finding that are mentioned in this article. Thanks
and cattle after their kind,
and every thing that creepeth upon the earth after his kind:
and God saw that it was good.
And God said,
Let Us make man in Our image, after Our likeness:
and let them have dominion over the fish of the sea,
and over the fowl of the air,
and over the cattle,
and over all the earth,
and over every creeping thing that creepeth upon the earth.
(Genesis 1:25-26)
Human DNA is 98.4 percent identical to the DNA of chimps and bonobos, a lesser-known chimp-like ape. "What is it in that other 1.6 percent that makes us different from them?
That's the critical question," said de Waal, a renowned primatologist."If humans and chimpanzees are over 98% identical base-for-base, how do you make sense of the fact that chimpanzees have 10% more DNA than humans? That they have more alpha-hemoglobin genes and more Rh bloodgroup genes, and fewer Alu repeats, in their genome than humans? Or that the tips of their chromosomes contain DNA not present at the tips of human chromosomes? Obviously there is a lot more to genomics than just nucleotide substitution. But the percentage comparison renders that fact invisible, and thus obscures some of the most interesting genetic questions." (from http://ist-socrates.berkeley.edu/~jo...marksaaa99.htm) "Our DNA is about 75% similar to that of a nematode, which is basically a small soil-dwelling worm. No-one would suggest a nematode is 75% human? Another good example is that during the sixties, American doctors tried to use chimpanzee organs for transplants in humans, but in all cases the organs were totally unsuitable. ... An interesting footnote that shows how complex this issue really is, ... humans differed from most other animals, including chimpanzees, in a small but possibly vital way. In most animals, the surface of every cell, except brain cells, carry glycoproteins that contain one particular member of a family of sugar molecues called sialic acid. In humans, a genetic mutation means this sugar is not present in any cell in the body. Proteins and membrane lipids that have sialic acid take part in many processes. They help cells stick to one another. They may also play a part in disease susceptibility. This might be a reason why Chimpanzees seem far less suspeceptible for infectious diseases like malaria and cholera. ... This might be one factor in those chimp to human transplants in which organs were rejected." (from http://www.fromlondon.freeserve.co.uk/cuchimpdna.html)
A more recent "Study found only 86.7% genetic similarity when segments of human and chimpanzee DNA (totaling 1,870,955 base pairs) were laid side by side. This study also included indels (insertions/deletions) in addition to substitutions." ref: Tatsuya Anzai st al., "Comparative Sequencing of Human and Chimpanzee MHC Class | Regions Unveils Insertions/Deletions As the Major Path to Genomic Divergence," Proceedings of the National Academy of Sciences, USA 100 (2003); 7708-13
Didn't copy all of article because of copywrite laws, so here is the link.
http://www.accuracyingenesis.com/image.html
I don't know all the big words that sometimes come along when we get into discussions of science, so if you all could keep it simple I would appreciate it.
I would just like to get some input into the finding that are mentioned in this article. Thanks