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Overall, the discussions demonstrate a strong consensus on the importance of sequencing the Neandertal genome, with users citing key scientific articles by Green et al. and noting implications for human evolution and genetics, often emphasizing the human connection through words like 'significant', 'groundbreaking', and 'Nobel-winning'. The tone and references indicate deep engagement and recognition of the study's high impact on the scientific community.
Most discussions strongly support the significance of the Neandertal genome sequencing, emphasizing its importance for understanding human evolution.
The social discussions reflect high curiosity and enthusiasm for the scientific findings, referencing key studies and Nobel recognition.
Posts delve into detailed scientific insights, referencing research papers, historical context, and implications, showing deep engagement.
Widespread acknowledgment of the research’s transformative influence on understanding human origins highlights its high impact.
Fonti: https://t.co/9kyFwS12ji https://t.co/HYSZrX1TnD https://t.co/egyaNELwXo https://t.co/WMMGj4ILZX https://t.co/Ofk3qyuVDS https://t.co/c7H1wF7aYA P.S. scusate in anticipo per eventuali imprecisioni e sentitevi liberi di intervenire quando volete! 15/15 FINE
Congratulations to my grad officemate and later postdoc mentor Ed Green, whose first-author work on the Neanderthal genome led directly to today's Nobel prize! https://t.co/BBC7jLyID6
4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
#NobelPrize
Whenever I'm feeling a little out of it scientifically or think I need huge sample sizes to say anything meaningful, I often re-read Green et al, Science, 2010. It's a truly otherworldly paper and of course duly won the Nobel Prize. The supplement is just
2010: "Neandertals, the closest evolutionary relatives of present-day humans, lived in large parts of Europe and western Asia before disappearing 30,000 years ago. We present a draft sequence of the Neandertal genome." https://t.co/lXKxhjvDLL
Scientists uncovered a 2-million-year-old ecosystem in Greenland, revealing a climate resembling future warming predictions. This research highlights a diverse boreal forest with ancient animals like mastodons and…
In the 1960s, a purported discovery of a prehistoric relative frozen in ice gained attention. This video explores the Minnesota Iceman, drawing parallels to Neandertals who showed advanced skills in marine resource…
The story of the Minnesota Iceman is one of the most bizarre tales in the history of Cryptozoology. In this video, we explore the confession about its origins and examine the cryptozoological theories surrounding this…
This video explores how Homo erectus migrated across the globe during ancient human evolution. Delve into the early human migration out of Africa, evolution of Homo sapiens, and prehistoric migration patterns, while…
Neanderthals were close relatives of modern humans who lived in Europe and Asia until about 30,000 years ago. Sequencing their genome reveals interbreeding with early modern humans, contributing 1-4% of DNA in…
This research introduces a new DNA library preparation method, enabling sequencing of a high-quality Denisovan genome, revealing low genetic diversity and insights into their timeline and gene flow into modern humans.
This video explores how Neanderthal DNA influences modern humans, including immune system, brain development, and adaptation, based on recent genome sequencing studies that reveal interbreeding and genetic legacy from…
Travel back 200,000 years with Creative Mind Journey. Discover a lost world where woolly mammoths, giant horned rhinoceroses, and early human species coexisted. Uncover the complexities of human evolution and the…
المقال العلمي الحاسم الذي قدم الدليل الجيني الأول على هذا التزاوج نُشر في عام 2010 ضمن نتائج "مشروع جينوم النياندرتال": عنوان المقالة: A Draft Sequence of the Neandertal Genome نُشرت في: مجلة Science تاريخ النشر: مايو 2010
@NHalwagi92919 @nada9sa مثلا https://t.co/LfnyxDixwc
@zxy0102 @nada9sa المشكلة انكم تتفلسفو بدون فهم الفرضية هي اول اساس يبنى عليه النظرية، والفرضية لا تنشر قبل ما تبنى عليها نظرية ولا النياتدرتال مش فرضية بل نظرية علمية مثبتة مثلا هذا مصدر يتكلم عنها: https://t.co/LfnyxDixwc
RT @amaterasu_god_7: @Akira_S_127 @o_heihachiro @wyBE5gm97X40723 @Hanapan8723 非アフリカ系（ヨーロッパ人とアジア人）のゲノムに1-4%のネアンデルタールDNAが検出されたが、 アフリカ系ではほぼ0%。…
@Akira_S_127 @o_heihachiro @wyBE5gm97X40723 @Hanapan8723 非アフリカ系（ヨーロッパ人とアジア人）のゲノムに1-4%のネアンデルタールDNAが検出されたが、 アフリカ系ではほぼ0%。 黒人は科学技術分野で人類に寄与した功績は一度もありません。 反面、身体能力で他人種は絶対に勝てません。 確かに全くの別種であることは明らかです。 https://t.co/F0vxQyRPeu
@harahettergohan @o_heihachiro @wyBE5gm97X40723 @Hanapan8723 非アフリカ系（ヨーロッパ人とアジア人）のゲノムに1-4%のネアンデルタールDNAが検出されたが、 アフリカ系ではほぼ0%。 黒人は科学技術分野で人類に寄与した功績は一度もありません。 反面、身体能力で他人種は絶対に勝てません。 確かに全くの別種であることは明らかです。 https://t.co/F0vxQyRPeu
@o_heihachiro @wyBE5gm97X40723 @Hanapan8723 非アフリカ系（ヨーロッパ人とアジア人）のゲノムに1-4%のネアンデルタールDNAが検出されたが、 アフリカ系ではほぼ0%。 黒人は科学技術分野で人類に寄与した功績は一度もありません。 反面、身体能力で他人種は絶対に勝てません。 確かに全くの別種であることは明らかです。 https://t.co/F0vxQyRPeu
@Hanapan8723 ハナブサ ノブユキ さん まずは科学論文を読まれては？ 大塩さんの仰っていることは正しいですよ。 非アフリカ系（ヨーロッパ人とアジア人）のゲノムに1-4%のネアンデルタールDNAが検出されたが、 アフリカ系ではほぼ0%。 これはアフリカ出アフリカ後の混血を示唆。 https://t.co/F0vxQyRPeu
Sources: • Green, R. E., et al. (2010). A draft sequence of the Neandertal genome. Science, 328(5979), 710–722. https://t.co/fJ1uqNiuHF • Reich, D., et al. (2010). Genetic history of an archaic hominin group from Denisova Cave in Siberia. Nature, 468(7327), 1053–1060. https://t.co/JqW8ObEafY
https://t.co/2vJ4207GRQ Hibernatus
Remember that thing about believing means you never looked into it? https://t.co/DQZAt9EI02
@gx_h56 @BMbashr93209 @roda_758 @agrni عطيتك مصدر دراسة من nature بتعليق ثاني ، وهاي دراسة بتثبت انو البشر الحاليين من مجموعات متعدد حتى في 1-2% من جينات انسان النياندرتال ولا يمكن يكون من زوجين فقط https://t.co/MBSpWbpw0i
2) Detalles de la publicación: • Título: A Draft Sequence of the Neandertal Genome • Revista: Nature • Fecha de publicación: 7 de mayo de 2010 • Referencia: Green, R. E., et al. (2010). A Draft Sequence of the Neandertal Genome. Nature, 465(7296), 717-722. DOI:
A Strange Prehistoric Creature Found Frozen In Ice? | The Minnesota Icem... https://t.co/YTS7OJJ4wm via @YouTube
It starts in New Jersey! https://t.co/3XFHbSAXJc
@Tizzy_Kilz @victoire_aa @xfruno Homo sapiens et Néandertaliens se sont croisés : les humains non-africains ont 1 à 4 % d’ADN néandertalien. •Source : Green et al., 2010, A Draft Sequence of the Neandertal Genome, Science. •DOI : 10.1126/science.1188021 •Résumé : Max Planck Institute
@TurambartT6451 @Margueritestern @PsyGuy007 Il y a 1-2% de gènes néandertaliens pour les européens et 1-4% pour les asiatiques (peu). Les premiers peuples hominidés d'Europe et d'asie n'étaient pas des humains Homo sapiens. Ils étaient "blanc" de peau (gène MC1R) par adaptation climatique. https://t.co/ekXlkeAsEc
@ah1_200 @mol7d_Arabi Green, R. E., et al. (2010). A draft sequence of the Neandertal genome. Science,
i've heard about this like 239423488 times before in my life and i'll never get tired (i miss videos about dinosaurs though) https://t.co/ilbHpeqiIf
A Strange Prehistoric Creature Found Frozen In Ice? https://t.co/5Lm9sMwagG via @YouTube
https://t.co/HZpzr80EsU
Why Didn't We Go Extinct 10 Million Years Ago? https://t.co/LOnACqs5rU via @YouTube https://t.co/NBpZ3eglhd
@fake1827802 @DelacroixHero @SeeRacists See now this is where we have to call facts buddy Whites with their 2% neanderthal dna Are the ones who actually ARENT HUMAN So perhaps tone it down Because the lesser life form is actually you!! https://t.co/ztXA1on1Ke
@MaxEuropean @Heph5_ @benny8889900000 @AmourskyCyrille Sources : Sankararaman et al. (2014) [https://t.co/k6FIlXPdfu], Prüfer et al. (2017) [https://t.co/9jxIhMCrvh], Nater et al. (2013) [https://t.co/ynFzLoZYZn], Green et al. (2010) [https://t.co/LnpMEZdtbV]."
@Barnabusdriver @TruthSeeker4u2 @AnAmericanGal3 @MostlyPeacefull @FriscoPD https://t.co/1G1ZLziENF
@shat_alra7eel Green, R. E., et al. (2010). "A draft sequence of the Neandertal genome." Science, 328(5979), 710-722. يظهر التشابه الجيني بين الإنسان والنياندرتال (قرابة 99.7% في بعض المناطق).
Ingman, M., Kaessmann, H., Pääbo, S., & Gyllensten, U. (2000). "Mitochondrial genome variation and the origin of modern humans." Nature https://t.co/I5dIpJqtqc Green, R.E., et al. (2010). "A draft sequence of the Neandertal genome." Science. https://t.co/8HoB0kdxst Va, sigo...
@h_wiinc التزاوج بين الأنواع مثلا اخر جينات النياندرتال (1-2%) في البشر تثبت التفاعل بين الأنواع، وهو يشرح كيفيه التطور (Science, 2010, DOI: 10.1126/science.1188021) و هذه بحث عليها
@willnevamisssss @abdux_xx @bttaarr_ https://t.co/ehUusjqGF4 https://t.co/8hGbwwA5w0 https://t.co/VXcp0CTu9m مصادر على البشرية طلبت حقك واجاك.
RT @vagheesh: Whenever I'm feeling a little out of it scientifically or think I need huge sample sizes to say anything meaningful, I often…
Whenever I'm feeling a little out of it scientifically or think I need huge sample sizes to say anything meaningful, I often re-read Green et al, Science, 2010. It's a truly otherworldly paper and of course duly won the Nobel Prize. The supplement is just
@AgrippaAurelian @JohnSmi12129095 @msi_ncilashe @Greener4702 @CyrilRamaphosa Cite studies not news sites https://t.co/17XVRMMi7m et al. (2010): https://t.co/WbDw4ckq6H https://t.co/WfRsBEfE0Iüfer et al. (2014): https://t.co/fXYG7ox67U
Well known refs: pubmed.ncbi.nlm.nih.gov/20448178/ pubmed.ncbi.nlm.nih.gov/21179161/
Refs: https://t.co/BrIRgxtLCH https://t.co/CmNB0B4KPb
In the 2010 genome paper, Green et al said old substructure in Africa + incomplete lineage sorting was an alternative explanation for "Neanderthal genes" in Eurasians (Scenario 4 in Fig. 6). It got buried and I've never quite understood why admixture models were preferred (I'm a bone guy though)
@NBL_DZ @AbuAtaAlAthari 1.Tishkoff et al., 2009 (Nature Genetics). 2.Cann et al., 1987 (Mitochondrial DNA and human evolution). 3.Henn et al., 2012 (Science). https://t.co/e6GK6n4Jxs and Durbin, 2011 (Nature). https://t.co/DgFqHnXt6b et al., 2010 (A draft sequence of the Neandertal genome).
https://t.co/YNmWQMZS9u
@hadi_rkhl https://t.co/DlvWUhb3HY
@four_nations__ @Bannedfrmtwitte @PPC4Liberty @FranksUltimate A Draft Sequence of the Neandertal Genome Publication: Science, 2010 Authors: Svante Pääbo et al In summary, most non-Sub-Saharan African populations carry some Neanderthal DNA, typically ranging from 1% to 4%. This genetic legacy is a result of interbreeding out of Africa.
A Draft Sequence of the Neandertal Genome | Science https://t.co/3FlDBF1YFl
RT @covertress: "...a few percent of the genomes of present-day people outside Africa are derived from Neandertals." A Draft Sequence of t…
RT @covertress: "...a few percent of the genomes of present-day people outside Africa are derived from Neandertals." A Draft Sequence of t…
RT @covertress: "...a few percent of the genomes of present-day people outside Africa are derived from Neandertals." A Draft Sequence of t…
"...a few percent of the genomes of present-day people outside Africa are derived from Neandertals." A Draft Sequence of the Neandertal Genome (2010) https://t.co/cs0gJWmipt Neandertals, the closest evolutionary relatives of present-day humans, lived in large parts of Europe
RT @rhaplord: Why Didn't We Go Extinct 10 Million Years Ago? https://t.co/AJaZno5fil
RT @rhaplord: Why Didn't We Go Extinct 10 Million Years Ago? https://t.co/AJaZno5fil
Why Didn't We Go Extinct 10 Million Years Ago? https://t.co/AJaZno5fil
Ancestors of humanity lived in a mucht warmer and wetter world. Deserts form in cold periods of climate. See this well-made documentary. https://t.co/dNkMkgJV95
https://t.co/Z7xe9UrSc3
Death, destruction, global temp flex, all part of The Pan. Mother Nature likes to redecorate. You are simply furniture. https://t.co/8RxSjQAjWw
@TakillaMocking @jamesrcole @and_furiouser Here's another one. Yes, I know. Lots of big words in this. So, please get the AI thingie to help you walk through it. This one confirms Neanderthal DNA in the European genome. https://t.co/5tPcoi5sE4
RT @doctorneyro: ¿#Sabíasque entre un #1porciento y un #4porciento de todo nuestro #genoma es originario del #género #Neardenthal? Eso no…
¿#Sabíasque entre un #1porciento y un #4porciento de todo nuestro #genoma es originario del #género #Neardenthal? Eso no nos hace #menosHumanos, seguramente. Lo aprendí en el #congresonacional de @seiomm de la mano de @tmarquesbonet Inmenso #honor https://t.co/8pnHhc6Syw https://t.co/9zYsPdWNzJ
RT @PaoloShirasi: 2010: "Neandertals, the closest evolutionary relatives of present-day humans, lived in large parts of Europe and western…
2010: "Neandertals, the closest evolutionary relatives of present-day humans, lived in large parts of Europe and western Asia before disappearing 30,000 years ago. We present a draft sequence of the Neandertal genome." https://t.co/lXKxhjvDLL
@georger3991 @ancientorigins Only a dishonest clown would not check what I said. Here you have one cited in the article published in science, which is definitely a serious journal: https://t.co/VuQLbWBtZt The problem isn't just that didn't know what you're talking about. You don't even know how to use WIKI
@Graham_Coop @mathiesoniain @salonium @jgschraiber @vsbuffalo Indeed, MSMC shows a bursts of coalescences ~50-150 kya (https://t.co/MHPYaS94oo, fig 6d). But not only that: haplotypes with low Neanderthal divergence also tend to be more diverged from other present-day human haplotypes (https://t.co/UF8k6OiHpO, fig. 5a - classic figure!). https://t.co/BQx1PBSDDi
وجد العلماء بعد فك تسلسل جينوم النيندرتال فوارق بينه وبين جينوم الإنسان الحديث من ناحية : ▪️التباين الجيني حيث النيندرتال يختلف عن الانسان الحديث ووجد انه يحمل جزء من صغير من جينوم النيندرتال بسبب التزاوج الذي حصل بينهم https://t.co/MQuqrpX26M
Scienceの論文 "A Draft Sequence of the Neandertal Genome" https://t.co/8iRsNS8NJC(p.,contamination%20from%20modern%20human%20DNA.
All the talk among scientists that Neanderthal is the closest relative of modern humans & to have its genes is an honor worthy of the highest royalty. Neanderthals are more related to Sub-Saharan Africans than Eurasians. Draft Sequence of Neandertal Genome https://t.co/TrbcLjSNa7 https://t.co/8sBgxn8HFX
RT @johnhawks: Mezmaiskaya 1 was the target of additional sequencing in several later studies, including the Briggs et al. sequencing of th…
Related article: Green, R. E. et al. A draft sequence of the Neandertal genome. Science 328, 710–722 (2010)
その昔、ホモサピエンスとネアンデルタール人が交雑してたという遺伝学的証拠の論文はこれか。 Google scholar で引用数が4000超えてるな。 https://t.co/JK6HY0RMVq
@mikegalsworthy @yannickhahaha @jmglobalaffairs @elonmusk Might be useful. https://t.co/nTA27OjAKX
Muy interesante entrevista de #ÁngelsBarceló a #AntonioRosasGonzález en #Hoyporhoy #LaSer @La_SER A Draft Sequence of the Neandertal Genome https://t.co/HhkRdKpJCT
https://t.co/6ykbgI0Qrn
He and his team later marched on a mission to reconstruct the entire genome of Neanderthals, which they completed in 2010. This is an award for his continuous effort. @ScienceMagazine @CellPressNews https://t.co/bl9Ni30KBB
Our #Homosapiens ancestors shared the world with Neanderthals, Denisovans and other types of humans @ConversationEDU https://t.co/dK9xua26iA https://t.co/2OFbal2y1b
Through his research, Pääbo sequenced the genome of the Neanderthal, an extinct relative of present-day humans. This has many present-day implications, including helping us understand our immunity system better. Read more about his work here: https://t.co/71p4jv5TWh
Through his research, Pääbo sequenced the genome of the Neanderthal, an extinct relative of present-day humans. This has many present-day implications, including helping us understand our immunity system better. Read more about his work here: https://t.co/71p4jv5TWh
RT @hichachu: A Draft Sequence of the Neandertal Genome https://t.co/cV2yPHeP9N
RT @ewencallaway: Missing, of course, is possibly his greatest hit: Green. R.E. et al, Science, 2010. https://t.co/DYvphlEwoM
RT @ewencallaway: Missing, of course, is possibly his greatest hit: Green. R.E. et al, Science, 2010. https://t.co/DYvphlEwoM
Missing, of course, is possibly his greatest hit: Green. R.E. et al, Science, 2010. https://t.co/DYvphlEwoM
RT @ENASequence: Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution…
RT @nvpatkar: A Draft Sequence of the Neandertal Genome https://t.co/jIxn7oOzYq This is Paabo's Nobel prize-winning paper
RT @lianafaye: Congratulations to my grad officemate and later postdoc mentor Ed Green, whose first-author work on the Neanderthal genome l…
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @FPFabrizioPhD: Fonti: https://t.co/9kyFwS12ji https://t.co/HYSZrX1TnD https://t.co/egyaNELwXo https://t.co/WMMGj4ILZX https://t.co/Ofk3…
RT @lianafaye: Congratulations to my grad officemate and later postdoc mentor Ed Green, whose first-author work on the Neanderthal genome l…
RT @MissCromatina: Identifican una serie de regiones genómicas que pueden haber sido afectadas por selección positiva en humanos modernos a…
Si quieres saber más sobre su trabajo, te recomendamos leer los artículos de Science donde se describen por primera vez las secuencias del Neandertal y del Denisovano: https://t.co/O95z4RGqtt https://t.co/cG4IqHZRsv
RT @Aiims1742: #NobelPrize
RT @Aiims1742: #NobelPrize
RT @FPFabrizioPhD: Fonti: https://t.co/9kyFwS12ji https://t.co/HYSZrX1TnD https://t.co/egyaNELwXo https://t.co/WMMGj4ILZX https://t.co/Ofk3…
A Draft Sequence of the Neandertal Genome https://t.co/jIxn7oOzYq This is Paabo's Nobel prize-winning paper
RT @Aiims1742: #NobelPrize
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @Aiims1742: #NobelPrize
RT @nana7770214: @AyakoMiyakawa マックスプランク進化人類学研究所のスバンテ・ペーボ氏（
@AyakoMiyakawa マックスプランク進化人類学研究所のスバンテ・ペーボ氏（
Congrats to Svante Pääbo for winning the Nobel Prize! We’re proud to share that our own @adrianwbriggs was a key author on Dr. Pääbo's seminal Science paper on the draft Neadertal sequence: https://t.co/qv2120Xdll https://t.co/KzV6gHRPz5
Congratulations to my grad officemate and later postdoc mentor Ed Green, whose first-author work on the Neanderthal genome led directly to today's Nobel prize! https://t.co/BBC7jLyID6
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
Fonti: https://t.co/9kyFwS12ji https://t.co/HYSZrX1TnD https://t.co/egyaNELwXo https://t.co/WMMGj4ILZX https://t.co/Ofk3qyuVDS https://t.co/c7H1wF7aYA P.S. scusate in anticipo per eventuali imprecisioni e sentitevi liberi di intervenire quando volete! 15/15 FINE
RT @Aiims1742: #NobelPrize
RT @MissCromatina: Identifican una serie de regiones genómicas que pueden haber sido afectadas por selección positiva en humanos modernos a…
@FNla_1 Je ne le connais que depuis cet article (je bossais sur une pathologie où une introgression est envisageable) mais j'imagine bien qu'un travail colossal et complexe avant. https://t.co/KOrpBd00R1
RT @MissCromatina: Identifican una serie de regiones genómicas que pueden haber sido afectadas por selección positiva en humanos modernos a…
Identifican una serie de regiones genómicas que pueden haber sido afectadas por selección positiva en humanos modernos ancestrales, incluidos genes relacionados con metabolismo, procesos cognitivos y desarrollo esquelético. https://t.co/jpv2hBCRfB
@Tammah007 https://t.co/t5RJ0qAqfU
Congratulations to Prof. Pääbo
RT @ENASequence: Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution…
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @ENASequence: Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution…
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @ENASequence: Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution…
Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution. Did you know that the read data underpinning his 2010 paper "A Draft Sequence of the Neandertal Genome" was submitted to the ENA? https://t.co/Er5qat3AU3
Congratulations to #NobelPrize winner Svante Pääbo for for his work on the genomes of extinct hominins and human evolution. Did you know that the read data underpinning his 2010 paper "A Draft Sequence of the Neandertal Genome" was submitted to the ENA? https://t.co/Er5qat3AU3
RT @Aiims1742: #NobelPrize
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
#NobelPrize
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
RT @Nereide: 4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
4/5 Pääbo’s seminal work provides a basis for explaining what makes us uniquely human.
We present a draft sequence of the Neandertal genome composed of more than 4 billion nucleotides from three individuals. Comparisons of the Neandertal genome to the genomes of five present-day humans from different parts of the world https://t.co/nUDNjmmUHV
@TIGER_WhiteCat 私の勘違いかもしれません^^; ネアンデルタール人の遺伝子に関した論文(下記)で https://t.co/D5Qb0HYPZX チンパンジー,ネアンデルタール,現生人類のそれぞれに特有のSNPを解析してる(?) それが混血で現生人類中の数%のSNPかなと思ってました... ちょっと勘違いしてたら教えてください〜
A Draft Sequence of the Neandertal Genome https://t.co/cV2yPHeP9N
Huerta-Sanchez @emiliahsc cited https://t.co/kpQEZSoMgA #BoG22
@MarcoKrieger1 @Gutsick_Gibbon According to preliminary sequences from 2010, 99.7% of the nucleotide sequences of the modern human and Neanderthal genomes are identical. Richard E. Green et al., “A Draft Sequence of the Neandertal Genome,” Science 328 (2010):710–722.
@rice_thief_momo A Draft Sequence of the Neandertal Genome Richard E. Green, et al DOI: 10.1126/science.1188021
RT @johnhawks: Mezmaiskaya 1 was the target of additional sequencing in several later studies, including the Briggs et al. sequencing of th…
RT @johnhawks: Mezmaiskaya 1 was the target of additional sequencing in several later studies, including the Briggs et al. sequencing of th…
A Draft Sequence of the Neandertal Genome
@starck_patrick Green, R.E.; Krause, J.; Briggs, A.W.; Maricic, T.; Stenzel, U.; Kircher, M.; et al. (2010). "A Draft Sequence of the Neandertal Genome"
@ChihiroShiiji 引用されたナショナルジオグラフィックの記事の元ネタ論文は以下の通りです。 ネアンデルタール人、現生人類と交配（2010年） https://t.co/kOFy7EpJuO https://t.co/XJcgOrpxxe 4代前にネアンデルタール人の親 https://t.co/7TnMsWMzSZ クロアチアのネアンデルタール人 https://t.co/YDKVSms1X9
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