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Is it possible to breed neanderthals through selective breeding?
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Is it possible to breed neanderthals through selective breeding?
Do white Australians have a distinct look?What is the contribution of viruses to the evolution of mankind?How does the modern theory of evolution solve these apparent problems?How do we know Neanderthals DNA?Selective breeding and MutagenesisCan domestic breeding be considered evolution?Is there evidence for higher human genetic diversity prior to the alleged Toba Catastrophe genetic bottleneck?How many possible human genotypes are there that produce distinct phenotypes?Could we back-breed birds into dinosaurs?Rationale behind Most Recent Common Ancestor (MRCA)?
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I've heard most non-subsaharan africans have neanderthal DNA with it being more prevalent in northern regions, that sometimes 1-4% of the DNA has neanderthal origins.
Speaking strictly scientifically, would it be possible through selective breeding to breed an individual where the majority of the DNA is neanderthal?
genetics human-genetics artificial-selection
New contributor
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add a comment |
$begingroup$
I've heard most non-subsaharan africans have neanderthal DNA with it being more prevalent in northern regions, that sometimes 1-4% of the DNA has neanderthal origins.
Speaking strictly scientifically, would it be possible through selective breeding to breed an individual where the majority of the DNA is neanderthal?
genetics human-genetics artificial-selection
New contributor
$endgroup$
add a comment |
$begingroup$
I've heard most non-subsaharan africans have neanderthal DNA with it being more prevalent in northern regions, that sometimes 1-4% of the DNA has neanderthal origins.
Speaking strictly scientifically, would it be possible through selective breeding to breed an individual where the majority of the DNA is neanderthal?
genetics human-genetics artificial-selection
New contributor
$endgroup$
I've heard most non-subsaharan africans have neanderthal DNA with it being more prevalent in northern regions, that sometimes 1-4% of the DNA has neanderthal origins.
Speaking strictly scientifically, would it be possible through selective breeding to breed an individual where the majority of the DNA is neanderthal?
genetics human-genetics artificial-selection
genetics human-genetics artificial-selection
New contributor
New contributor
New contributor
asked 8 hours ago
IdiotWithNoShameIdiotWithNoShame
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2 Answers
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No, it is not. As you said only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences. The entire Neanderthal genome is not present in modern day humans, it is only a small set of sequences.
$endgroup$
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
add a comment |
$begingroup$
Selective breeding will select for genetics that are already present in your population, but won't introduce new DNA sequences that aren't carried by any of the population members. It would technically be possible if everyone carried a different 1-4% of the Neanderthal genome, since it would be possible to reconstruct the full Neanderthal genome by creative combinations of DNA that exists in the population. That's not the case, though, it will be a fairly consistent set of regions for which you can substitute Neanderthal DNA for homo sapien DNA and still have a functional human.
So no, this isn't possible - the complete genome of Neanderthals doesn't exist split among the human population, so it can't be refined to be complete through selective breeding.
$endgroup$
add a comment |
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2 Answers
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2 Answers
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$begingroup$
No, it is not. As you said only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences. The entire Neanderthal genome is not present in modern day humans, it is only a small set of sequences.
$endgroup$
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
add a comment |
$begingroup$
No, it is not. As you said only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences. The entire Neanderthal genome is not present in modern day humans, it is only a small set of sequences.
$endgroup$
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
add a comment |
$begingroup$
No, it is not. As you said only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences. The entire Neanderthal genome is not present in modern day humans, it is only a small set of sequences.
$endgroup$
No, it is not. As you said only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences. The entire Neanderthal genome is not present in modern day humans, it is only a small set of sequences.
answered 8 hours ago
Remi.bRemi.b
59.9k9 gold badges118 silver badges208 bronze badges
59.9k9 gold badges118 silver badges208 bronze badges
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
add a comment |
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
$begingroup$
only 1-4% of non-subsaharan africans' genome is from Neanderthal and it is more or less the same sequences More "more" than "less". A 2014 study Resurrecting Surviving Neandertal Lineages from Modern Human Genomes identified around 20% of the Neandertal genome out of just 665 modern humans; presumably a larger and more varied population would pull out more than 20%. Probably somewhat less than half the original genome, though.
$endgroup$
– iayork
7 hours ago
1
1
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
$begingroup$
I'm more than a little puzzled here, since numerous sources state that humans share about 96% of their genome with chimpanzees. (Or 99% per this: sciencemag.org/news/2012/06/… ) It would seem that Neanderthals ought to share at least that much with modern humans, no?
$endgroup$
– jamesqf
6 hours ago
add a comment |
$begingroup$
Selective breeding will select for genetics that are already present in your population, but won't introduce new DNA sequences that aren't carried by any of the population members. It would technically be possible if everyone carried a different 1-4% of the Neanderthal genome, since it would be possible to reconstruct the full Neanderthal genome by creative combinations of DNA that exists in the population. That's not the case, though, it will be a fairly consistent set of regions for which you can substitute Neanderthal DNA for homo sapien DNA and still have a functional human.
So no, this isn't possible - the complete genome of Neanderthals doesn't exist split among the human population, so it can't be refined to be complete through selective breeding.
$endgroup$
add a comment |
$begingroup$
Selective breeding will select for genetics that are already present in your population, but won't introduce new DNA sequences that aren't carried by any of the population members. It would technically be possible if everyone carried a different 1-4% of the Neanderthal genome, since it would be possible to reconstruct the full Neanderthal genome by creative combinations of DNA that exists in the population. That's not the case, though, it will be a fairly consistent set of regions for which you can substitute Neanderthal DNA for homo sapien DNA and still have a functional human.
So no, this isn't possible - the complete genome of Neanderthals doesn't exist split among the human population, so it can't be refined to be complete through selective breeding.
$endgroup$
add a comment |
$begingroup$
Selective breeding will select for genetics that are already present in your population, but won't introduce new DNA sequences that aren't carried by any of the population members. It would technically be possible if everyone carried a different 1-4% of the Neanderthal genome, since it would be possible to reconstruct the full Neanderthal genome by creative combinations of DNA that exists in the population. That's not the case, though, it will be a fairly consistent set of regions for which you can substitute Neanderthal DNA for homo sapien DNA and still have a functional human.
So no, this isn't possible - the complete genome of Neanderthals doesn't exist split among the human population, so it can't be refined to be complete through selective breeding.
$endgroup$
Selective breeding will select for genetics that are already present in your population, but won't introduce new DNA sequences that aren't carried by any of the population members. It would technically be possible if everyone carried a different 1-4% of the Neanderthal genome, since it would be possible to reconstruct the full Neanderthal genome by creative combinations of DNA that exists in the population. That's not the case, though, it will be a fairly consistent set of regions for which you can substitute Neanderthal DNA for homo sapien DNA and still have a functional human.
So no, this isn't possible - the complete genome of Neanderthals doesn't exist split among the human population, so it can't be refined to be complete through selective breeding.
answered 8 hours ago
Nuclear WangNuclear Wang
1936 bronze badges
1936 bronze badges
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