A new study published in Frontiers in Neural Circuits (@FrontNeurosci) is the first to analyze the structural connectivity changes that happen in the brain after long-duration spaceflight. Read the paper: https://t.co/v9uWGFcImU, or our news site ⬇ https://t.co/aeYPcsx6te
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight.
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Feb 2022 – Mar 2023Where it's discussed
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AI synopsis
What people are saying
This collection of discussions reflects a strong interest in the brain's adaptability to space, exemplified by posts mentioning structural connectivity, rewiring of the brain, and potential for advancing brain tech. The tone varies from fascination and curiosity to skepticism about colonization feasibility, indicating deep engagement and awareness of the broader implications of these findings.
Most discussions recognize the significance of the research, supporting the importance of understanding brain changes due to space travel.
Posts show high interest, with reactions ranging from fascination with the findings to comments on potential for future brain tech and space colonization.
Many comments reference specific aspects like white matter tracts and structural connectivity, indicating active engagement with the scientific content.
The discussions suggest that this research could influence future space missions and neurotechnology, though some are skeptical about practical applications immediate impact.
Abstract in brief
- The study examined how long-duration spaceflight affects the brain's white matter structure in astronauts, using diffusion MRI scans taken before, shortly after, and months after their missions.
- Significant microstructural changes were found in major white matter tracts, including the corpus callosum and pathways related to motor control and communication between brain regions.
- This research is a pioneering use of fiber tractography to identify specific brain pathways impacted by space travel, which could help understand related functional and behavioral changes in astronauts.
Top posts
Most liked on X and BlueskyHan encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas relacionadas con el lenguaje, sensorial-motoras, y visuales (paper) https://t.co/1UOFaeJtnD (blog) https://t.co/o7JAnFruRP https://t.co/fC4EolE4io
宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which specific tracts exhibit structural changes after long-duration spaceflight. #spacemedicine #MRI #microgravity #tractography https://t.co/oY83bIuJjc https://t.co/gNpFQ5xqXB
Brains of astronauts “rewired” during space missions - check out our latest collaborative research @esa @roscosmos @UAntwerpen @SU_HSE @DrexelUniv @KU_Leuven @uwanews @msu_ru @LMU_Muenchen @frsFNRS @FWOVlaanderen @HumanBrainProj @UniversiteLiege https://t.co/dOv7AY8v7y
Structural changes after #spaceflight compared to before in tracts related to sensorimotor, language and visual function. Anatomical structures that may be susceptible to morphological changes due to brain and intracranial fluid shifts. #microgravity https://t.co/5ZLjDE4jdU
All mentions
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@NASASpaceflight People need to understand "The Gravity Of The Situation" We evolved in one Gravity... We will become different species over a very short time if we reproduce in less than Earth Gravity... We need Artificial Gravity off of Earth.,,;-) https://t.co/Ky2RJwz1Qv
@niakoo Yes https://t.co/gJghMGB9tK
https://t.co/vxbkIiCb44
@SawyerMerritt @elonmusk Anton Petrov the Wonderful made a feature regarding Space Health. it may be not that lite & easy to just stay alive out there.. Thanks Anton More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/Gtm3k2Wu9A via @YouTube
Serious Health issues from space travel and colonization. https://t.co/sxxQn80YS4
More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/cixUcECv23 via @YouTube
More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/DfnVa3n9rU via @YouTube
Spoiler.. Te estas gastando una fortuna para poner gente en Marte y ves este video.... https://t.co/EuTGrdci9O
Agenda 17-08-2022 - Retrospective analysis of somatic mutations and clonal hematopoiesis in astronauts - publication https://t.co/woYDn1Z7kE https://t.co/jhQz4J1u4d via @YouTube
More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/01p8Kk8qTh via @YouTube
#space #health #hazard More Dangers of Life in Space: Major Discoveries and Possible Solutions Anton Petrov @WhatDaMath https://t.co/rtCJdiYWoa
Well there goes the idea of going to mars for colonization any time in the near future...aside from the already absurd assumption it was ever economically viable anyway. More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/PF9PjZisxh via @YouTube
https://t.co/XvR5M2Sd5n
@OfOisisn @C_S_Skeptic @AFResearchLab @DocMordrid @usairforce @SpaceForceDoD @AFRL_CC @AFOSR Hey CSS. Here's a video relevant to the Mars thing, and these things are never talked about. https://t.co/JN0fIbKuA4
More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/tdxJF6djBf via @YouTube
ATTN @elonmusk ... interesting
More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/q7RfCOMRiv via @YouTube
RT @chabis_ch: More Dangers of Life in #Space: Major Discoveries and Possible Solutions https://t.co/TREmhrVQPK via @YouTube #Science, #Sci…
More Dangers of Life in #Space: Major Discoveries and Possible Solutions https://t.co/TREmhrVQPK via @YouTube #Science, #SciComm made by @WhatDaMath
Everything in space wants to kill you. More Dangers of Life in Space: Major Discoveries and Possible Solutions https://t.co/2N8YDNsF1O
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/ugBtN9aeg3
"Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight" by Andrei Doroshin, S. Jillings, B. Jeurissen, E. Tomilovskaya, E. Pechenkova, I. Nosikova, A. Rumshiskaya, L. Litvinova, I. Rukavishnikov, C. De Laet, C. Schoenmaekers, et al https://t.co/AS9HBkSPzG
Space Travel - Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight | Frontiers https://t.co/MdPs3s0bIk
RT @DeannaKaplanPhD: This is a fascinating and important study. And I look forward to the day that scientific interest in the effects of sp…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/hSyEG3lTVP
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
"Brain connectometry changes in space travelers after long-duration spaceflight". This is from analysis of brain scans of 12 Roscosmos cosmonauts from space flights between February 2014 and February 2020 on the ISS averaging 172 days." https://t.co/wfmjKOctoR
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
宇宙が宇宙人をつくる。宇宙という環境に適応した脳|Super Human | https://t.co/Nn3mdO6pOq #宇宙 #環境 #研究 #サイエンス #リハビリテーション #理学療法 #エビデンス #臨床研究 #英論文 #文献抄読 #英文抄読 #脳の構造 #脳構造 #環境圧力 #変化の順番 #宇宙関連研究 https://t.co/fabJCkG4jE
RT @Aero_Med: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which…
RT @Aero_Med: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which…
RT @Space_meds: Structural changes after #spaceflight compared to before in tracts related to sensorimotor, language and visual function.…
Un ejemplo de cómo el cerebro se adapta al ambiente es el "re-wiring" que se produce en los astronautas en los tractos cerebrales (conectividad cerebral) tras largos periodos en el espacio. https://t.co/CABZ38c5Pu
New Research: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/vYaOmPVVRj #NeuralCircuits
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
RT @BioTay: Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas re…
Han encontrado cambios en la estructura cerebral (materia blanca) de astronautas después de pasar meses en el espacio. Zonas relacionadas con el lenguaje, sensorial-motoras, y visuales (paper) https://t.co/1UOFaeJtnD (blog) https://t.co/o7JAnFruRP https://t.co/fC4EolE4io
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
RT @Two_and_sheep: 宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
宇宙でしばらく生活したヒトの脳では、「神経細胞の再配線」が行われている事が明らかになりました この再配線は、特に脳の感覚と運動機能に関する部位で起こっていたそうです
Frontiers | Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight | Frontiers in Neural Circuits https://t.co/v0Q6aS6YMg
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. - significant microstructural changes in several large white matter tracts #neuroscience #spacemed #mars #spacetravel via @TomokoM22445011 https://t.co/Mfw5SPlEFL
RT @TomokoM22445011: @tnatw @healthnewsch @MEDtechShow Frontiers | Brain Connectometry Changes in Space Travelers After Long-Duration Spac…
RT @Space_meds: Structural changes after #spaceflight compared to before in tracts related to sensorimotor, language and visual function.…
RT @Space_meds: Structural changes after #spaceflight compared to before in tracts related to sensorimotor, language and visual function.…
Structural changes after #spaceflight compared to before in tracts related to sensorimotor, language and visual function. Anatomical structures that may be susceptible to morphological changes due to brain and intracranial fluid shifts. #microgravity https://t.co/5ZLjDE4jdU
[L’étude à découvrir] 18/02 > Modifications de la connectométrie cérébrale chez les voyageurs spatiaux après un vol spatial de longue durée https://t.co/YgBW1HY4ia via #FrontiersinNeuralCircuits #LaMethSci
Frontiers | Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight | Frontiers in Neural Circuits https://t.co/PxsKP28a7d
宇宙では脳の配線が変化する。宇宙飛行士の脳の一部に構造の変化 : カラパイア https://t.co/WolTajLl9C https://t.co/Ix87Jx54zY
@tnatw @healthnewsch @MEDtechShow Frontiers | Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight | Frontiers in Neural Circuits https://t.co/xtp7pd6P8P Very very interesting indeed. How much this findings help "brain tech" to be advanced?
Frontiers | Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight | Frontiers in Neural Circuits @FrontiersIn
This is a fascinating and important study. And I look forward to the day that scientific interest in the effects of space travel extends beyond neuroscience, into the psychosocial and relational processes that are also foundational to being human... https://t.co/0HVXZrgjvm
#COVID19 MessagerCivilisationnel AllonsSurMars #NeuraLink SingularityDeL'Univers https://t.co/SL984rr2in LaGravitéAbsenteDansLeVideModifie LesConnexionsDesCerveauxDisponibles #GiletsJaunes Institut Des Fractures&Frontières Cérébrales DansLes CouchesSociales EnAttendantGodot https://t.co/VJAaFi94mx
RT @Aero_Med: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which…
A new study published in Frontiers in Neural Circuits (@FrontNeurosci) is the first to analyze the structural connectivity changes that happen in the brain after long-duration spaceflight. Read the paper: https://t.co/v9uWGFcImU, or our news site ⬇ https://t.co/aeYPcsx6te
RT @DrStevenLaureys: Brains of astronauts “rewired” during space missions - check out our latest collaborative research @esa @roscosmos @U…
RT @DrStevenLaureys: Brains of astronauts “rewired” during space missions - check out our latest collaborative research @esa @roscosmos @U…
RT @Aero_Med: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which…
The brain’s structural connectivity alters as a result of long-duration space missions, a new study reports. The most significant changes were identified in white matter tracts, including the sensorimotor tract. #brain #neuroscience #space https://t.co/W6KaftkMqY
https://t.co/HztoX5qj2O
RT @Aero_Med: Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which…
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight. Using fiber tractography to investigate which specific tracts exhibit structural changes after long-duration spaceflight. #spacemedicine #MRI #microgravity #tractography https://t.co/oY83bIuJjc https://t.co/gNpFQ5xqXB
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/QcF0smHblB https://t.co/LXIjglLudf
как показали исследования космонавтов, "мозг, можно сказать, перепрограммирует себя", адаптируясь к новым условиям среды обитания, в данном случае, жизни вне атмосферы земли https://t.co/d0gj8EMn9I
Brains of astronauts “rewired” during space missions - check out our latest collaborative research @esa @roscosmos @UAntwerpen @SU_HSE @DrexelUniv @KU_Leuven @uwanews @msu_ru @LMU_Muenchen @frsFNRS @FWOVlaanderen @HumanBrainProj @UniversiteLiege https://t.co/dOv7AY8v7y
RT @NeuroscienceNew: “Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight” by Floris Wuyts et al. Frontiers in N…
Neurogravity? Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/Q6x7cLPyTL
New paper in Frontiers in Neural Circuits reveals surprising insights into effects of living in a long-term space environment. Changes are not only on structures, blood- and CSF flow - but also affect longer-term circuits routing. https://t.co/2HJRcRJBhB
RT @NeuroscienceNew: “Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight” by Floris Wuyts et al. Frontiers in N…
RT @NeuroscienceNew: “Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight” by Floris Wuyts et al. Frontiers in N…
“Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight” by Floris Wuyts et al. Frontiers in Neural Circuits https://t.co/3rhyFuE079
Brain Connectometry Changes in Space Travelers After Long-Duration Spaceflight https://t.co/XxJ7UXMxIn
КАК ДЛИТЕЛЬНАЯ ЖИЗНЬ В КОСМОСЕ ВЛИЯЕТ НА АРХИТЕКТУРУ МОЗГА-долгосрочное проживание в космосе заметно изменило взаимодействия нервных клеток в белом веществе мозга https://t.co/XIlDqknAMI
RT @FrontiersIn: A new study published in Frontiers in Neural Circuits (@FrontNeurosci) is the first to analyze the structural connectivity…
A new study published in Frontiers in Neural Circuits (@FrontNeurosci) is the first to analyze the structural connectivity changes that happen in the brain after long-duration spaceflight. Read the paper: https://t.co/v9uWGFcImU, or our news site ⬇ https://t.co/aeYPcsx6te
When you need to rewire your brain, go to space! https://t.co/TuwZwASopP
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