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#ancientdna — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #ancientdna, aggregated by home.social.

  1. 4-Sep-2026
    Not a cheetah: #AncientDNA reveals the surprising #Arctic life of extinct North American cat
    New #paleogenomics research by UC Santa Cruz reveals how the so-called #AmericanCheetah adapted to harsh Arctic conditions by preying on fish

    research in #CurrentBiology

    eurekalert.org/news-releases/1

    #science #ecology #carnivores #felines #bigCats

  2. 4-Sep-2026
    Not a cheetah: #AncientDNA reveals the surprising #Arctic life of extinct North American cat
    New #paleogenomics research by UC Santa Cruz reveals how the so-called #AmericanCheetah adapted to harsh Arctic conditions by preying on fish

    research in #CurrentBiology

    eurekalert.org/news-releases/1

    #science #ecology #carnivores #felines #bigCats

  3. 4-Sep-2026
    Not a cheetah: #AncientDNA reveals the surprising #Arctic life of extinct North American cat
    New #paleogenomics research by UC Santa Cruz reveals how the so-called #AmericanCheetah adapted to harsh Arctic conditions by preying on fish

    research in #CurrentBiology

    eurekalert.org/news-releases/1

    #science #ecology #carnivores #felines #bigCats

  4. 4-Sep-2026
    Not a cheetah: #AncientDNA reveals the surprising #Arctic life of extinct North American cat
    New #paleogenomics research by UC Santa Cruz reveals how the so-called #AmericanCheetah adapted to harsh Arctic conditions by preying on fish

    research in #CurrentBiology

    eurekalert.org/news-releases/1

    #science #ecology #carnivores #felines #bigCats

  5. 4-Sep-2026
    Not a cheetah: #AncientDNA reveals the surprising #Arctic life of extinct North American cat
    New #paleogenomics research by UC Santa Cruz reveals how the so-called #AmericanCheetah adapted to harsh Arctic conditions by preying on fish

    research in #CurrentBiology

    eurekalert.org/news-releases/1

    #science #ecology #carnivores #felines #bigCats

  6. Wheat, barley and cattle reached Gansu around 4,000 years ago. Ancient DNA from 149 people at 11 sites finds no western Eurasian ancestry at all. Though the crops moved; farmers didn’t. #ancientDNA #archaeology #archaeogenetics anthropology.net/p/western-cro

  7. Wheat, barley and cattle reached Gansu around 4,000 years ago. Ancient DNA from 149 people at 11 sites finds no western Eurasian ancestry at all. Though the crops moved; farmers didn’t. #ancientDNA #archaeology #archaeogenetics anthropology.net/p/western-cro

  8. Wheat, barley and cattle reached Gansu around 4,000 years ago. Ancient DNA from 149 people at 11 sites finds no western Eurasian ancestry at all. Though the crops moved; farmers didn’t. #ancientDNA #archaeology #archaeogenetics anthropology.net/p/western-cro

  9. Wheat, barley and cattle reached Gansu around 4,000 years ago. Ancient DNA from 149 people at 11 sites finds no western Eurasian ancestry at all. Though the crops moved; farmers didn’t. #ancientDNA #archaeology #archaeogenetics anthropology.net/p/western-cro

  10. Wheat, barley and cattle reached Gansu around 4,000 years ago. Ancient DNA from 149 people at 11 sites finds no western Eurasian ancestry at all. Though the crops moved; farmers didn’t. #ancientDNA #archaeology #archaeogenetics anthropology.net/p/western-cro

  11. Gene That Differs Between Humans and Neanderthals Could Shed Light On The Species Disappearance Mouse Study Suggests

     Allan Henderson (CC BY 2.0) A gene called ASDL, which helps synthesize DNA, differs between modern humans and our extinct human relatives. The findings could shed light on why Neanderthals vanished. A protein that helps synthesize DNA is different in modern humans than it is in Neanderthals and Denisovans  our closest extinct relatives  and new experiments in mice genetically modified to express the modern human version hint that this may have made us behave differently…….Continue […]

    onlinemarketingscoops.com/2026

  12. Gene That Differs Between Humans and Neanderthals Could Shed Light On The Species Disappearance Mouse Study Suggests

     Allan Henderson (CC BY 2.0) A gene called ASDL, which helps synthesize DNA, differs between modern humans and our extinct human relatives. The findings could shed light on why Neanderthals vanished. A protein that helps synthesize DNA is different in modern humans than it is in Neanderthals and Denisovans  our closest extinct relatives  and new experiments in mice genetically modified to express the modern human version hint that this may have made us behave differently…….Continue […]

    onlinemarketingscoops.com/2026

  13. Gene That Differs Between Humans and Neanderthals Could Shed Light On The Species Disappearance Mouse Study Suggests

     Allan Henderson (CC BY 2.0) A gene called ASDL, which helps synthesize DNA, differs between modern humans and our extinct human relatives. The findings could shed light on why Neanderthals vanished. A protein that helps synthesize DNA is different in modern humans than it is in Neanderthals and Denisovans  our closest extinct relatives  and new experiments in mice genetically modified to express the modern human version hint that this may have made us behave differently…….Continue […]

    onlinemarketingscoops.com/2026

  14. Gene That Differs Between Humans and Neanderthals Could Shed Light On The Species Disappearance Mouse Study Suggests

     Allan Henderson (CC BY 2.0) A gene called ASDL, which helps synthesize DNA, differs between modern humans and our extinct human relatives. The findings could shed light on why Neanderthals vanished. A protein that helps synthesize DNA is different in modern humans than it is in Neanderthals and Denisovans  our closest extinct relatives  and new experiments in mice genetically modified to express the modern human version hint that this may have made us behave differently…….Continue […]

    onlinemarketingscoops.com/2026

  15. Gene That Differs Between Humans and Neanderthals Could Shed Light On The Species Disappearance Mouse Study Suggests

     Allan Henderson (CC BY 2.0) A gene called ASDL, which helps synthesize DNA, differs between modern humans and our extinct human relatives. The findings could shed light on why Neanderthals vanished. A protein that helps synthesize DNA is different in modern humans than it is in Neanderthals and Denisovans  our closest extinct relatives  and new experiments in mice genetically modified to express the modern human version hint that this may have made us behave differently…….Continue […]

    onlinemarketingscoops.com/2026