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Discussions reflect a strong curiosity about how brain morphology reveals genetic backgrounds, with posts praising the study's innovative use of 3D cortical modeling and its implications for neuroscience and anthropology. The tone varies from academic appreciation to cautious skepticism about broader applications, demonstrating high engagement and interest in the topic's scientific and societal relevance.
Most discussions acknowledge the significance of the study, emphasizing how brain shape can predict genetic ancestry and confirming prior research in neuroanatomy.
The topic of brain shape variations and their relation to genetics appears highly intriguing to the community, with many posts emphasizing its novelty and potential implications.
Participants delve into the details, referencing specific findings like cortical geometry predicting ancestry, and some even speculate on fine-grained applications, showing deep involvement.
While some posts highlight the research's potential to influence understanding of human evolution and reduce biases, others touch on controversies or ethical considerations, indicating a moderate perceived societal impact.
Related PING (Pediatric Imaging, Neurocognition, and Genetics) study: ML-classifier detects ancestry based on differences in brain morphology. Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry Cell https://t.co/uJ58AG6gTG https://t.co/6CJf7GcIao https://t.co/len4wyHXyF
This is absolutely crazy: Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry. Reminds me of some work by Algee-Hewitt. I wonder how fine-grained you can push this. https://t.co/VAzVFKu11Q https://t.co/OF4HSYek2Z
@gcochran99 @blurypie @wyqtor @dwarkesh_sp There have presumably have been some changes over that period as 3D geometry of cortical surface is highly predictive of continental ancestry. https://t.co/KOCcpfxXBT
Diferentes populações humanas mostram variações significativas em estruturas cranianas e cerebrais, reforçando a existência de diferenças biológicas associadas às raças https://t.co/x5Ibx7BUVl
@JesseKellyDC "human cortical surface robustly predicts an individual’s genetic ancestry" https://t.co/66vt1sQJsb
@eee_electrical @obitosama88 @Kdubtru No you fuckong wont you lying sack of
This video explores how frontal and intelligence tests relate, revealing two main components linked to distinct brain structures, especially in older adults. It clarifies findings from a 2014 study on neurostructural…
This study examines how the 3D shape of the brain's surface reflects genetic ancestry across diverse populations, offering insights into human evolution and reducing biases in brain research.
This study explores how the 3D shape of the brain's surface reflects genetic ancestry across populations, revealing potential for understanding human evolution and reducing biases in brain research.
This study explores how the 3D shape of the brain's surface reflects genetic ancestry across diverse populations, showing that cortical surface geometry can predict ancestry amidst complex migration and mixing events.
@Magnus_O_Vermei @happyeleph73600 @roniblackkk E essas já consideram, fenotipicamente, raças diferentes: Diferentes populações humanas mostram variações significativas em estruturas cranianas e cerebrais, reforçando a existência de diferenças biológicas associadas às raças https://t.co/JWmhdW1WkA
RT @Biorealism: @gcochran99 @blurypie @wyqtor @dwarkesh_sp There have presumably have been some changes over that period as 3D geometry of…
@gcochran99 @blurypie @wyqtor @dwarkesh_sp There have presumably have been some changes over that period as 3D geometry of cortical surface is highly predictive of continental ancestry. https://t.co/KOCcpfxXBT
La neuroanatomía muestra variaciones raciales más allá del tamaño absoluto del cerebro. Los estudios indican que la forma del cerebro puede predecir la ascendencia racial con gran precisión https://t.co/fJqvw63OCM
@luca_saldanha10 @iluvhellkitty @Guilherme933689 @BocchiAgiota2 @grok Em um estudo com mais de 27.000 recém-nascidos, brancos e hispânicos tinham circunferência craniana 0,4 cm maior que a de negros, e essa diferença aumentava conforme a idade gestacional https://t.co/JWmhdW1WkA https://t.co/GeqKaLtKMb
Diferentes populações humanas mostram variações significativas em estruturas cranianas e cerebrais, reforçando a existência de diferenças biológicas associadas às raças https://t.co/x5Ibx7BUVl
A neuroanatomia apresenta variações raciais além do tamanho absoluto do cérebro. Estudos indicam que a forma cerebral pode prever ancestralidade racial com alta precisão https://t.co/x5Ibx7BUVl
Diferentes populações humanas mostram variações significativas em estruturas cranianas e cerebrais, reforçando a existência de diferenças biológicas associadas às raças https://t.co/x5Ibx7BUVl
A neuroanatomia apresenta variações raciais além do tamanho absoluto do cérebro. Estudos indicam que a forma cerebral pode prever ancestralidade racial com alta precisão https://t.co/x5Ibx7BUVl
RT @Scorchard14: @eee_electrical @obitosama88 @Kdubtru No you fuckong wont you lying sack of
@eee_electrical @obitosama88 @Kdubtru No you fuckong wont you lying sack of
@circe_acapella @bryandoganoff @dufrianord You mean brain shape? https://t.co/LwEY1PtZjv https://t.co/PnLs8gfLN8
@lesgalapagos @EL_PalpitoS @TaRkOTheSparrow @Calnos1 @lavoixdeportici @Psyhodelikus @_Olrik_ 1) Sur les races. Prédiction de l’ascendance génétique des Africains, des Européens et des Asiatiques à partir de la géométrie tridimensionnelle de la surface corticale. Oui, la race n’est pas « que » la couleur de peau. https://t.co/xAkDQMrP9g
RT @hsu_steve: Related PING (Pediatric Imaging, Neurocognition, and Genetics) study: ML-classifier detects ancestry based on differences in…
RT @hsu_steve: Related PING (Pediatric Imaging, Neurocognition, and Genetics) study: ML-classifier detects ancestry based on differences in…
RT @hsu_steve: Related PING (Pediatric Imaging, Neurocognition, and Genetics) study: ML-classifier detects ancestry based on differences in…
Related PING (Pediatric Imaging, Neurocognition, and Genetics) study: ML-classifier detects ancestry based on differences in brain morphology. Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry Cell https://t.co/uJ58AG6gTG https://t.co/6CJf7GcIao https://t.co/len4wyHXyF
@JesseKellyDC "human cortical surface robustly predicts an individual’s genetic ancestry" https://t.co/66vt1sQJsb
RT @EpektasisJohn: @JesseKellyDC It is factually untrue that average IQ does not vary across races or by pigmentation. There's no real dis…
Modeling the 3D Geometry of the Cortical Surface With Genetic Ancestry - https://t.co/9YVegzAyQH
@tonygill3 @itsbirdemic Also, controversy probably isn't the reason that people refused to touch his work. There was an article published detailing brain differences between those of different ancestries in Current biology. https://t.co/4hPsp65rCC More likely, it is because his work is awful.
@Monolecte @Uneheuredepeine Par exemple, on peut remonter à la race d'une personne seulement à partir son IRM https://t.co/GkpXUWGcrR https://t.co/szjqyRrbIC https://t.co/h7pVnhDL5j
RT @LTF_01: This is absolutely crazy: Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry. Reminds me of some work by Al…
This is absolutely crazy: Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry. Reminds me of some work by Algee-Hewitt. I wonder how fine-grained you can push this. https://t.co/VAzVFKu11Q https://t.co/OF4HSYek2Z
@Thomas41670729 @dr_l_alexandre Les différences cérébrales sont également établies https://t.co/GkpXUWGcrR https://t.co/szjqyRrbIC https://t.co/4Z9OfPXEfq
Modeling the 3D Geometry of the Cortical Surface with Genetic Ancestry http://www.sciencedirect.com/science/article/pii/S0960982215006715