https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep.
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Jun 2020 – Nov 2025Where it's discussed
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News254 articles
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AI synopsis
What people are saying
The discussions demonstrate strong support for the article, with examples like 'Your Brain Washes itself when you SLEEP' and references to the importance of sleep for clearing brain waste. The tone is enthusiastic and emphasizes the significance of sleep research in fields like memory and neurodegenerative diseases, reflecting both high interest and acknowledgment of potential impacts.
Most discussions support the findings, emphasizing sleep's role in brain cleansings like CSF flow and oscillations.
Posts consistently show high interest, highlighting the relevance to neuroscience, sleep health, and memory.
Some comments reference technical methods and implications, indicating moderate to deep engagement.
Overall, the discussions suggest the research could influence understanding of sleep functions and neurological health.
Abstract in brief
- The study found that during non-REM sleep, neural slow waves are associated with oscillations in blood flow and cerebrospinal fluid (CSF) movement, indicating a coordinated pattern of brain activity.
- These interconnected waves suggest that brain processes involved in memory consolidation and waste clearance are physiologically linked through synchronized oscillations.
- The discovery highlights the importance of sleep in facilitating both neural functions and waste removal by revealing the coupling of electrophysiological, hemodynamic, and CSF flow dynamics in the sleeping brain.]
Top posts
Most liked on X and BlueskyIn this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represents influxes of cerebrospinal fluid. What are your thought? Credits: Nina E. Fultz et al. DOI: 10.1126/science.aax5440 #MedTwitter https://t.co/OOzfuBzJqP
Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cnjoLD9uB3
وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف جزئيًا إلى تثبيت ذكرياتنا في مكانها) وانخفاض تدفق الدم الذي يحدث أثناء النوم، يبدو أن موجات السائل الدماغي الشوكي هذه تغسل البروتينات غير الضرورية وغيرها
Do you need a brain to sleep? https://t.co/10bJMgv85U https://t.co/mofPM7S5pW
徐波睡眠の減少が修正可能な認知症リスク因子である可能性 1年当たりの徐波睡眠の減少1%にて認知症のリスクが27%増加する 徐波睡眠時CSF flowが増加する(https://t.co/Jqyphygwsi)という報告と相まって非常に興味深い結果 #slow_wave_sleep #dementia #papers https://t.co/PWXhyEUPKo
All mentions
Neuroscience of Sleep: Brain Activity, Fluid Flow, and Waste Clearance
During non-REM sleep, neural slow waves are linked with oscillations in blood flow and cerebrospinal fluid movement. This coordinated activity supports memory consolidation and waste removal, revealing the physiological…
Exploring Sleep Mechanisms in Simple Organisms
You might think you need a brain to sleep, but organisms with simple neural networks can still exhibit sleep-like states. This video explores what sleep truly means and how these mechanisms have evolved in relation to…
Brain and Body Coordination During Sleep Revealed by Oscillations
During non-REM sleep, neural slow waves are associated with blood flow and cerebrospinal fluid movements, indicating a coordinated pattern of brain activity crucial for memory and waste clearance.
Neural and Fluid Oscillations Facilitate Brain Waste Clearance During Sleep
During non-REM sleep, neural slow waves are linked with oscillations in blood flow and cerebrospinal fluid movement, highlighting the physiological connection between brain activity, memory consolidation, and waste…
Neural, Blood Flow, and CSF Oscillations during Sleep: Implications for Brain Health
During non-REM sleep, neural slow waves are linked with blood flow and cerebrospinal fluid oscillations, indicating a coordinated pattern that facilitates memory consolidation and waste clearance, emphasizing sleep's…
Sleep Position and Its Connection to Brain Activity and Personality
The way we sleep, whether on our side, stomach, or back, may relate to our personality and brain processes. This episode explores how sleep positions could reflect our psychological state, supported by scientific…
Dental Health's Impact on Hippocampal Atrophy in Older Adults
This study explores the relationship between tooth count and hippocampal atrophy, showing that dental health may influence brain decline in older adults, especially with varying severity of periodontitis.
Sleep, CSF Flow, and Brain Waste Clearance: Insights from fMRI Research
Laura Lewis discusses sleep-related cerebrospinal fluid flow, CSF imaging, and their roles in brain waste clearance and memory consolidation based on recent research on coupled neural and hemodynamic oscillations.
Sleep Oscillations and Brain Waste Clearance Mechanisms
See Coupled electrophysiological hemodynamic and cerebrospinal fluid oscillations in human sleep. The study shows that during non-REM sleep, neural slow waves are linked with blood flow and CSF movement, crucial for…
Maintaining Brain Health Through Sleep, Exercise, and Diet
There is a lot of emphasis on keeping our body healthy and we often forget the stress we load on our brain. This video discusses how sleep, exercise, diet, and relaxation are vital for a healthy brain, highlighting…
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RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
RT @robertlufkinmd: SLEEP WAVES: While we sleep, cerebrospinal fluid flows through our #brains in rhythmic, pulsing waves, researchers repo…
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/xGjETdJtpr via @YouTube
Why Sleep is So Important… Elon Musk could get even smarter with more sleep! Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/woN5LxIDZY via @YouTube https://t.co/rkxB7we06C
@NobleQAli https://t.co/iMe6WECpae
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Why sleeping with a proper pillow is important. https://t.co/j6GXxcJJvQ https://t.co/INVd6NsjxO
https://t.co/wUVB2HyKbj
https://t.co/lFnXrDYZXA
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/8QP1tfnfqa via @YouTube
جلل الخالق https://t.co/GrO8uxcOys
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/gE58aeUTpN via @YouTube
https://t.co/9QM0MaQ10Y
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/qCu9K1nRwL via @YouTube wow
Liked on YouTube: Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/rBNvRYhstR
https://t.co/yee4fIXp9N
Watch this to understand why sleep is so important https://t.co/BHbq97sJXL
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#neuroscience https://t.co/54mN6HrDVW via @YouTube
https://t.co/mciwTXJost
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/GKiNboosG9 via @YouTube
RT @dmills3710: Your Brain Washes itself when you SLEEP
Your Brain Washes itself when you SLEEP
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/k1uWeRZXR5 via @YouTube #sleep
https://t.co/xa8LawT92q
Durante el sueño hay cambios importantes y necesarios en la circulación de sangre y en la dinámica del LCR. Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep Boston U https://t.co/G3pd1Jsgvs SCIENCE https://t.co/U07FevRgaC
RT @tmtakahas: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep | Science https://t.co/FOhS2M…
Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep | Science https://t.co/FOhS2MMAew
Your Brain Washes itself when you SLEEP! #neuroscience https://t.co/E550752X9W via @YouTube
Go to bed early to feel awesome. Works for me. Get up and go for an hour long walk. Feel more awesome.
https://t.co/2dWIBccLiF
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @robertlufkinmd: SLEEP WAVES: While we sleep, cerebrospinal fluid flows through our #brains in rhythmic, pulsing waves, researchers repo…
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
RT @DrHuzam: وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف…
وتفصل الدراسة التي نشرت في مجلة سيانس: https://t.co/i6jlpUAG8O انه وبالاشتراك مع نشاط #الدماغ ذو الموجة البطيئة (الذي يهدف جزئيًا إلى تثبيت ذكرياتنا في مكانها) وانخفاض تدفق الدم الذي يحدث أثناء النوم، يبدو أن موجات السائل الدماغي الشوكي هذه تغسل البروتينات غير الضرورية وغيرها
19時頃、すっごい眠くなって、目を開けられなくなってひとまず寝た。さっき目が覚めたら脳みそがスッキリしている感じ。なんか前に、寝ている間に脳脊髄液が脳を洗い流すのをfMRIで見たという報告あったよね。これだったかな。 https://t.co/gcHDU4mr06
今日も体外離脱成功して草なんよ ってコトで、覚醒時に脳の血流?の流れをダイナミックに味わえれたからそれに関する論文貼って朝起きたら見とくメモ帳 https://t.co/sOjAXabrWY
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @bsrlaboratory: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/illCYmQify
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @JinwonJung: https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
https://t.co/MejFfUwdqd 뇌로 통하는 길 잇단 발견…인체 지도가 바뀐다 https://t.co/aU0vNmU1RI 수면중 뇌활성과 뇌척수액 변동과의 상관관계 발견
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
@pamelarbishop Over ten years ago of brain fog and complaints to Dr.'s that there's no "brain drain" to clear out whatever the fog is I found out that in fact the brain does have a drain and it requires restorative deep sleep to function - hence my improvement I think - https://t.co/7PKrkeDyhu
Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human #sleep. https://t.co/ThaIevW1WD #Inflammation #Alzheimersdisease #Depression #MemoryandMemoryLoss
https://t.co/HFt6f19HEX
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
RT @chrost_hugo: In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represent…
In this MRI (taken while human subjects slept) red indicates where oxygenated blood flow is abundant, while blue represents influxes of cerebrospinal fluid. What are your thought? Credits: Nina E. Fultz et al. DOI: 10.1126/science.aax5440 #MedTwitter https://t.co/OOzfuBzJqP
RT @thmonk_pf: 徐波睡眠の減少が修正可能な認知症リスク因子である可能性 1年当たりの徐波睡眠の減少1%にて認知症のリスクが27%増加する 徐波睡眠時CSF flowが増加する(https://t.co/Jqyphygwsi)という報告と相まって非常に興味深い結…
RT @thmonk_pf: 徐波睡眠の減少が修正可能な認知症リスク因子である可能性 1年当たりの徐波睡眠の減少1%にて認知症のリスクが27%増加する 徐波睡眠時CSF flowが増加する(https://t.co/Jqyphygwsi)という報告と相まって非常に興味深い結…
RT @thmonk_pf: 徐波睡眠の減少が修正可能な認知症リスク因子である可能性 1年当たりの徐波睡眠の減少1%にて認知症のリスクが27%増加する 徐波睡眠時CSF flowが増加する(https://t.co/Jqyphygwsi)という報告と相まって非常に興味深い結…
徐波睡眠の減少が修正可能な認知症リスク因子である可能性 1年当たりの徐波睡眠の減少1%にて認知症のリスクが27%増加する 徐波睡眠時CSF flowが増加する(https://t.co/Jqyphygwsi)という報告と相まって非常に興味深い結果 #slow_wave_sleep #dementia #papers https://t.co/PWXhyEUPKo
@natsupikkk https://t.co/HKrY317nwq https://t.co/nZVRpg5rmJ
Do You Need a Brain to Sleep? https://t.co/SQ1W1Vq6BR via @YouTube
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @thmonk_pf: こちらは2019年にScienceに発表された、徐波睡眠がCSF flowを促進させるという報告 https://t.co/Jqyphygwsi
こちらは2019年にScienceに発表された、徐波睡眠がCSF flowを促進させるという報告 https://t.co/Jqyphygwsi
Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep really interesting ideas...potential link with memory @P_Loprinzi https://t.co/Jm1oTtgXK2
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
RT @leafs_s: Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cn…
Science (2019) Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/cnjoLD9uB3
Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep | Science https://t.co/fHwUeNtSih
@chrost_hugo The Article: https://t.co/aw4eKQFpay
https://t.co/plq22N8nly
#oboMAPS に #覇王の呼吸 をすると 不安を手軽に解消する事で脳を短時間で疲労軽減します マインドフルネスなどのように "思考誘導と感情鎮静化”をする必要がないので 入眠が短時間で脳内浄化が長時間行われます https://t.co/uFrKXzWkwT https://t.co/eEdtN04c1e
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @LaurelCoons: Waves Of Fluid Bathe The Sleeping Brain:
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 https://t.co/U7NkVbMHKs @YouTubeより
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 https://t.co/QsoDGUxA8J via @YouTube
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @xxxg_00_w0: 人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 https://t.co/dvn6gUo11v @YouTubeより なぜ眠るのか
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
面白かった https://t.co/Vs80hVL5oB
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 #レム睡眠 #ノンレム睡眠 #洗浄機能 #断眠 #ギネス https://t.co/NNFSKfbCfH
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 https://t.co/dvn6gUo11v @YouTubeより なぜ眠るのか
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
RT @ichiipsy: Coupled electrophysiological, hemodynamic, and cerebrospinal fluid oscillations in human sleep https://t.co/M7vfbhJm7O
人間はなぜ眠るのか?睡眠不足で体に起こるとんでもない変化とは!【うわさのゆっくり解説】 https://t.co/ObtX94DqPW @YouTubeより 睡眠は大切なんですね~!
https://t.co/xwXofrleRo
Do You Need a Brain to Sleep? https://t.co/2AuwCm5riN
https://t.co/0pSZ2LYcJa
RT @SciShow: Do you need a brain to sleep? https://t.co/10bJMgv85U https://t.co/mofPM7S5pW
RT @SciShow: Do you need a brain to sleep? https://t.co/10bJMgv85U https://t.co/mofPM7S5pW
https://t.co/eeukaaps2M https://t.co/KWGBlXzCju Begin constructing your ultimate day by day routine with Fabulous. The primary 100 individuals who click on on the hyperlink will get 25% OFF Fabulous Premium: https://thefa
https://t.co/ubI8WK004b Sleep science
Do You Need a Brain to Sleep? @ https://t.co/rHrdjJCpmT https://t.co/BBbQfiXyE8
Do you need a brain to sleep? https://t.co/10bJMgv85U https://t.co/mofPM7S5pW
Do You Need a Brain to Sleep? https://t.co/Zy8gj6cCqA via @YouTube
New video by SciShow: Do You Need a Brain to Sleep? https://t.co/3eQaR3Kyb4
Your brain is so muddled when you lack sleep. During the NREM part of sleep, it washes up, while the REM part strengthens the synaptic connections. I first learned about CSF's function in clearing metabolic waste in the brain in a 2019 paper https://t.co/41sA8NzSzd https://t.co/Ik4a1pjOI5
Acá está el paper de Nina Fultz et al. en @ScienceMagazine: https://t.co/aU4cBnHKtp. Y aunque hay argumentos y narrativas que no suscribo, las puras observaciones ya son absolutamente espectaculares.
Gradient-echo fMRI can be used to measure fluids flowing into the brain, because these need time to reach a steady state in magnetization and will thus generate more signal at first. This amazing study uses this technique to look at CSF flow during sleep https://t.co/dRixRpLf6x
Looking at inflow effects with EPI sequences that start at the inferior end of the 4th ventricle can help us study CSF flow in states like sleep https://t.co/r7F67VH3ld https://t.co/zMq61cxhAt
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