Uh oh. As for other items of plausability, I'm not sure I should even sure I should side-rail the thread with this debate but...
A specific copy of DNA being contaminated isn't as big a problem as you claim it is. First, we've already found a very, very pure sample of Neanderthal DNA... a sample that has billions of copies. So what do you do? You sequence more than one copy from the sample. By comparing, you can see which suffer from improper deletions, insertions, or denaturing. Then you replace portions that are obviously damaged from correct copies.
As for arranging DNA into their proper chromosomes, we can do this as well: it was the first thing we talked about in my comparative genetics class back in college. Where chromosomes begin and end can be identified by fairly simple algorithms once you have the genome of a closely related species sequenced (that would be us.) Where the DNA "text" is ambiguous you can compare to the human genome where chromosomes begin and end on particular lines of DNA (after all, we are more closely related to Neanderthals than rats are to mice.)
Not trying to defy you for fun, I'm just letting you know that I've really, really did my research on this one. I'm not sure where you are getting your information, but a lot has changed in the science of genetics in the past 10 years. If I thought the concept of a cloned neanderthal were outlandish, I wouldn't even bother writing it. Thanks for the time you have spent responding, though.
A specific copy of DNA being contaminated isn't as big a problem as you claim it is. First, we've already found a very, very pure sample of Neanderthal DNA... a sample that has billions of copies. So what do you do? You sequence more than one copy from the sample. By comparing, you can see which suffer from improper deletions, insertions, or denaturing. Then you replace portions that are obviously damaged from correct copies.
As for arranging DNA into their proper chromosomes, we can do this as well: it was the first thing we talked about in my comparative genetics class back in college. Where chromosomes begin and end can be identified by fairly simple algorithms once you have the genome of a closely related species sequenced (that would be us.) Where the DNA "text" is ambiguous you can compare to the human genome where chromosomes begin and end on particular lines of DNA (after all, we are more closely related to Neanderthals than rats are to mice.)
Not trying to defy you for fun, I'm just letting you know that I've really, really did my research on this one. I'm not sure where you are getting your information, but a lot has changed in the science of genetics in the past 10 years. If I thought the concept of a cloned neanderthal were outlandish, I wouldn't even bother writing it. Thanks for the time you have spent responding, though.
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