Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity.

Jérome Carriot, Isabelle Mackrous, Kathleen E Cullen

January 2022

Synopsis of Social media discussions

The comments reflect a strong interest in understanding how the brain’s neural pathways adapt to microgravity, with phrases like 'Wanna know how your brain responds' and mentions of 'challenges' and 'adapting' to space. The tone is curious and optimistic about the potential insights, emphasizing the experimental and exploratory nature of the article, which contributes to their high interest and moderate engagement scores.

A
Agreement
 Moderate agreement

Most discussions acknowledge the significance of the research, with some expressing curiosity about the mechanisms behind space motion sickness and neural adaptation.

I
Interest
 High level of interest

The posts demonstrate high interest, frequently referencing the fascinating effects of microgravity on the brain and sensory systems.

E
Engagement
 Moderate level of engagement

There is moderate engagement, with users sharing enthusiasm and asking questions about how the brain responds, indicating active consideration of the topic.

I
Impact
 Moderate level of impact

The conversations suggest the research could influence future space exploration and understanding of neuroplasticity, though the discussions are mostly exploratory rather than directly applicable.

Social Mentions

YouTube

2 Videos

Twitter

17 Posts

News

8 Articles

Metrics

Video Views

120,942

Total Likes

3,861

Extended Reach

323,413

Social Features

27

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Understanding Space Motion Sickness and Vestibular System Challenges in Microgravity

Understanding Space Motion Sickness and Vestibular System Challenges in Microgravity

Many astronauts experience space motion sickness, yet its exact causes remain unclear. This video explores how microgravity impacts the vestibular system and how the brain adapts to these changes, influencing balance and perception during space missions.

SciShow Space

January 31, 2023

120,906 views

Vestibular System Adaptations to Microgravity and Gravity's Effects

Vestibular System Adaptations to Microgravity and Gravity's Effects

Space travel challenges the human vestibular system by removing gravity stimulation, affecting balance and perception. The brain adapts through structural and functional changes, updating models of gravity and reweighting sensory inputs for effective adjustment.

pauguer

February 4, 2025

36 views

  • Adam Bulchak
    @AdamBulchak (Twitter)

    We Don’t Know Why Astronauts Get Motion Sick https://t.co/FAOVVY4aJn via @YouTube
    view full post

    August 7, 2025

  • asdfasdgsdfgsdfg
    @asdfasdgsdfgsd1 (Twitter)

    @maththfcx @WitsitGetsIt wrong https://t.co/xZlSZn7PLb
    view full post

    November 26, 2023

  • SCIDES
    @sd58scides (Twitter)

    How is it possible? https://t.co/NT9bGTTKZY
    view full post

    November 3, 2023

  • SCIDES
    @sd58scides (Twitter)

    Will it remain a mystery?
    view full post

    June 27, 2023

  • Corine
    @FloatingIsland (Twitter)

    We Don’t Know Why Astronauts Get Motion Sick https://t.co/hoy6zLL8SX via @YouTube
    view full post

    February 1, 2023

    1

  • Orca
    @Omega0682 (Twitter)

    RT @SciShowSpace: Over half of our astronauts experience Space Motion Sickness. We don't know exactly why yet, but there are some hypothese…
    view full post

    January 31, 2023

    2

  • SciShow
    @SciShow (Twitter)

    RT @SciShowSpace: Over half of our astronauts experience Space Motion Sickness. We don't know exactly why yet, but there are some hypothese…
    view full post

    January 31, 2023

    2

  • SciShow Space
    @SciShowSpace (Twitter)

    Over half of our astronauts experience Space Motion Sickness. We don't know exactly why yet, but there are some hypotheses. https://t.co/bwIe4puSC3 https://t.co/8cpNo1LqCP
    view full post

    January 31, 2023

    8

    2

  • Gronbitter
    @Gronbitter (Twitter)

    Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity https://t.co/t4DaVYfDNC 今日のスピーカーのこの論文のAbstがカッコいい
    view full post

    November 29, 2022

  • Holly Holman
    @HollyAHolman (Twitter)

    RT @so_evolutionary: reading again this very cool paper: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to…
    view full post

    July 18, 2022

    2

  • Margarida Pinto
    @margarida_m_p (Twitter)

    RT @so_evolutionary: reading again this very cool paper: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to…
    view full post

    July 18, 2022

    2

  • elisabetta versace
    @eli_versace (Twitter)

    reading again this very cool paper: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity @TheCullenLab :) https://t.co/PZxp6pH5lV
    view full post

    July 17, 2022

    8

    2

  • SW
    @Weisaud (Twitter)

    RT @FrontNeurosci: New Research: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity https://t.…
    view full post

    March 19, 2022

    2

  • jcarriot
    @jcarriot (Twitter)

    Wanna know how your brain responds and adapts to space? @TheCullenLab @FrontiersIn https://t.co/xBdNMG1kFI
    view full post

    November 18, 2021

    5

  • A Danna-dos-Santos
    @DosDanna (Twitter)

    RT @FrontNeurosci: New Research: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity https://t.…
    view full post

    November 16, 2021

    2

  • Frontiers - Neuroscience
    @FrontNeurosci (Twitter)

    New Research: Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity https://t.co/C3YHqJHdHd #NeuralCircuits
    view full post

    November 16, 2021

    8

    2

  • KingoftheWorld
    @RegalMissive (Twitter)

    https://t.co/5ZKN25jtKi
    view full post

    November 15, 2021

Abstract Synopsis

  • The text explains that space travel challenges the human vestibular system, which helps with balance and perception, because the absence of gravity stops stimulation of certain inner ear organs called otoliths, leading to initial difficulty in motor and perceptual tasks.
  • It describes how space and ground-based studies show that the brain undergoes structural and functional changes in the vestibular pathways to adapt to altered gravity, including modifications in neural mechanisms and sensory processing.
  • The brain addresses these changes by updating an internal cerebellum-based model of gravity's effects and reweighting sensory information from different sources, allowing humans to adjust to microgravity and re-adapt upon returning to Earth.]