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The discussions reflect a wide range of reactions to the publication, highlighting the methodology and findings regarding sex differences in gray matter volume. Posts such as 'They compared the neuroanatomical spatial overlap of regions showing sex-biases' and 'This study delved into sex differences in gray matter volume' exemplify a keen interest in the research details and its implications, with users utilizing terms like 'crucial' and 'important' to express their views. Additionally, sentences like 'However, this evident reality... has little diffusion' indicate a concern about the societal reception of these scientifically grounded differences.
Most discussions generally acknowledge the importance and findings of the publication, although there are a few dissenting opinions.
The conversations display high curiosity regarding the research, often referencing specific data and methodologies.
While some posts offer detailed analyses and comparisons, a few discussions reflect varying levels of skepticism or disagreement, which indicates a mixed level of engagement.
Many participants perceive the publication's findings as significant, particularly in understanding sex differences in brain organization.
New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans" https://t.co/6UHoYCqYBc
New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans." https://t.co/HDrFOvWY3w https://t.co/X8xOVNxSTU
Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos, tiene poca difusión y hasta son perseguidas por ser "políticamente incorrectas" La ideología feminista por encima de la verdad https://t.co/1iYwbGIe0y
This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488 males, 488 females) and the UK Biobank datasets (n = 560 males, 560 females): https://t.co/mvaecvdfGZ
Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible differences were observed in gray matter volume (GMV) between the sexes (spatial correlation between cohorts = r>0.8): https://t.co/NMdHZzLZhQ https://t.co/7C8rGe9gcO
@grammek @Frollein_VogelV Zwischen den Gehirnen von Männern und Frauen kann man Unterschiede beobachten: https://t.co/5vn6fQWrck Aber es entwickelt sich kein "Männergehirn" in einem Frauenkörper (oder umgekehrt), denn ein "Männergehirn" im essentiellen Sinne gibt es nicht.
This video examines the sex differences in brain organization, revealing patterns in gray matter volume between genders. It highlights areas where female and male GMV differ, linking these differences to social…
RT @NeuroSGS: The methodology of this paper doesn’t get praised enough. They compared the neuroanatomical spatial overlap of regions showin…
RT @NeuroSGS: The methodology of this paper doesn’t get praised enough. They compared the neuroanatomical spatial overlap of regions showin…
The methodology of this paper doesn’t get praised enough. They compared the neuroanatomical spatial overlap of regions showing sex-biases in two large, non-overlapping cohorts. One from the UK BioBank, and the other from the Human Connectome Project: https://t.co/NMdHZzLZhQ
We've mapped sex differences in human regional brain anatomy (controlling brain size) - testing for within and between sample reproducibility & assessing alignment of the observed regional differences with independent maps of brain function and gene expression ... pubmed.ncbi.nlm.nih.gov/32690678/
@SentientPotato6 This 2020 NIH study observed consistent, functional differences in sizes - overall, hippocampus, amygdala, midsagittal corpus callosum, and more - all significantly "coupled to regional expression of sex-chromosome (vs. autosomal) genes". https://t.co/jBT3xDXbw0
@carme_gamero @mamaresiliente No hace falta creer en almas sexuadas. Con tener cerebros sexuados ya basta. https://t.co/VtENtxNCh7 https://t.co/9gT9MlmLFu https://t.co/5BXLNG87O1
@GlobeDweller @DuncanHenry78 https://t.co/NMdHZzLZhQ
@Wieser_J_ Here is the first direct test of spatial replication of sex differences (after controlling for brain size and multiple comparisons) in a large sample: https://t.co/NMdHZzLZhQ
@LaurenzNotHere Not true, we have data that HAS controlled for brain size and found differences: https://t.co/NMdHZzLZhQ
@WingsEcosse @HennieInglis https://t.co/NMdHZzLZhQ
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
RT @NeuroSGS: This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488…
This study delved into sex differences in gray matter volume (GMV) using data from the Human Connectome Project (HCP; n = 488 males, 488 females) and the UK Biobank datasets (n = 560 males, 560 females): https://t.co/mvaecvdfGZ
@zachdanesek @elon_pysk @KarelK96 @malajankaa Studentom mediny nemusim davat clanky maju skripta z fyziologie a anatomie a vedia si to najst aj samy, ale kedze pochybujem ze si jednym z nich nech sa paci aj studia-dufam ze budes chapat co gmv jednotlivych regionov znamena za prepojenie, ale pochybujem https://t.co/jrz31acrJz
@Nullbias @AryanDodgerhood @AriDrennen Sure: Liu, Siyuan et al. “Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans.” Proceedings of the National Academy of Sciences of the United States of America vol. 117,31 (2020): 18788-18798. doi:10.1073/pnas.1919091117
@profjmb Also, it reminds me of this paper, in which two independent samples (n=>2,000) comparing two different datasets (one being the UK Biobank) was able to find consistent and reproducible sex differences in gray matter volume (r=0.8): https://t.co/NMdHZzLZhQ
@pastorshapes @ikebanamama @RFRubes2 @Serena_Partrick https://t.co/NMdHZzLZhQ
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
RT @NeuroSGS: Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible d…
Using two large non-overlapping samples from the human connectome project and the UK Biobank, small but highly reproducible differences were observed in gray matter volume (GMV) between the sexes (spatial correlation between cohorts = r>0.8): https://t.co/NMdHZzLZhQ https://t.co/7C8rGe9gcO
@lebensvelt Liu, S., Seidlitz, J., Blumenthal, J. D., Clasen, L. S., & Raznahan, A. (2020). Integrative structural, functional and transcriptomic analyses of sex-biased brain organization in humans. Proceedings of the National Academy of Sciences.
RT @DEU_ScienceGeek: @grammek @Frollein_VogelV Zwischen den Gehirnen von Männern und Frauen kann man Unterschiede beobachten: https://t.co/…
RT @DEU_ScienceGeek: @grammek @Frollein_VogelV Zwischen den Gehirnen von Männern und Frauen kann man Unterschiede beobachten: https://t.co/…
@grammek @Frollein_VogelV Zwischen den Gehirnen von Männern und Frauen kann man Unterschiede beobachten: https://t.co/5vn6fQWrck Aber es entwickelt sich kein "Männergehirn" in einem Frauenkörper (oder umgekehrt), denn ein "Männergehirn" im essentiellen Sinne gibt es nicht.
@Julesy_RL @lecanardnoir @nao_maia @ItsSlumpii @mztakara_ https://t.co/fCF4VekI0I that proves my point that there are differences in the brain between male female? like what are you saying?
@McMarsmcclure @itsallariddle Here are a few: https://t.co/JfRz8u3gkx https://t.co/VDkYMv9z88 https://t.co/Wg00bEhFs9 https://t.co/gouI0k4wGr https://t.co/DJa4coEHbi
@ChichoEntzana @ralphvangonz @sitaramehmoodd https://t.co/NE6pgPKwDE Merga, bastaba una búsqueda en internet. Sugiero revisar tu fanatismo
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
@BerylStapleton @silk_riot @KDansky @BetteMidler The Human Connectome Project involved 976 healthy adults between the ages of 22 & 35. The UK Biobank neuroimaging dataset was from 1,120 adults, ages 44 to 50. Results were published on July 20, 2020 in the Proceedings of the National Academy of Sciences. https://t.co/6Eeuf8vwcT
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
RT @grisasexual: Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos,…
Estudio muestra claras diferencias cerebrales entre hombres y mujeres. Sin embargo, esta realidad tan evidente para todos, tiene poca difusión y hasta son perseguidas por ser "políticamente incorrectas" La ideología feminista por encima de la verdad https://t.co/1iYwbGIe0y
@bnuckols @mk200120 @mkfy_ @LeiAlexe It has been replicated. https://t.co/cc7bJSz8HJ
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/A2hlRNKUoY
RT @SwipeWright: New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in human…
RT @sexgenomics: Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/e…
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/e5U3kdwcmH
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans https://t.co/lYhcQ7b23p
Pretty neat. Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans | PNAS https://t.co/UAF2MeBJJN
RT @SwipeWright: New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in human…
RT @SwipeWright: New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in human…
RT @SwipeWright: New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in human…
New PNAS study: "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans." https://t.co/HDrFOvWY3w https://t.co/X8xOVNxSTU
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/LpzJUZmIGK https://t.co/kUrTOZUVYC
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/eBppqt2gvx
RT @buzzingscience: #science #STEM Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in huma…
#science #STEM Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans https://t.co/5L8Wg2SfkF https://t.co/0B4gHdmO2E
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans. https://t.co/0grJekvME8
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
Link to the PNAS article: https://t.co/eZiX6WonU0
Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans https://t.co/bkQLRvHXti
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
RT @bogglerapture: New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic a…
New work from our group @NIMHgov @IRPatNIH led by Siyuan Liu. "Integrative structural, functional, and transcriptomic analyses of sex-biased brain organization in humans" https://t.co/6UHoYCqYBc
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