The-14Feb 12
Living in space can change where your brain sits in your skull – new research
#Science #Brain #SpaceResearch #Neuroscience #NASA #SpaceHealth #Microgravity #AstronautLife #BrainMRI #ISS #STEM #Physiology #SpaceMedicine #Health #Innovation #ArtemisProgram
https://the-14.com/living-in-space-can-change-where-your-brain-sits-in-your-skull-new-research/
Living in space can change where your brain sits in your skull – new research | The-14

New research shows spaceflight shifts the brain upward and backward inside the skull, with longer missions causing greater changes that mostly recover.

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Mathrubhumi EnglishJan 15
Why astronaut health concerns led to an early ISS splashdown: Details so far https://english.mathrubhumi.com/technology/science/why-astronaut-health-concerns-led-to-an-early-iss-splashdown-details-so-far-dco79ymx?utm_source=dlvr.it&utm_medium=mastodon #ISS #NASA #SpaceHealth #Astronauts #ScienceNews
AlcorNewsAug 14, 2025
Une IA compagnon empathique pourrait soutenir les astronautes perdus entre notre Terre et Mars… METIS assurera-t-il leur survie mentale ? https://example-article.fr #Space #Science #Innovation #AerospaceEngineering #MarsMission #AIDomain #SpaceHealth
AlcorNewsJul 6, 2025
En microgravité, vos globules rouges et votre vision basculent dès le 1er mois : la physiologie spatiale se réinvente pour les missions Mars !
https://dailygeekshow.com/voyager-dans-lespace-modifie-vos-globules-rouges-et-votre-vision-des-le-premier-mois/
#espace #science #santé
#microgravité #physiologie #astronautes
#globulesrouges #visionspatiale #adaptationspatiales
#spacehealth
Voyager dans l’espace modifie vos globules rouges et votre vision dès le premier mois

Plonger dans un univers où la Terre devient un point bleu bouleverse non seulement notre corps, mais aussi notre cerveau et notre cœur. Voici comment les effets psychologiques du voyage spatial deviennent un enjeu majeur pour les missions longues.

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GeekooJun 4, 2025

Could stopping a single type of cell death help us slow aging, prevent disease, and extend human life in space? #LongevityScience #SpaceHealth #CellularAging

https://geekoo.news/can-pausing-cell-death-redefine-aging-and-space-travel/

Can Pausing Cell Death Redefine Aging and Space Travel | Geekoo

A new UCL study proposes pausing necrosis—a chaotic form of cell death—could delay aging, fight disease, and even support deep space survival.

Geekoo
michaelFeb 9, 2024

8-FEB-2024
Why studying #astronauts’ #microbiomes is crucial to ensure deep space mission success
Prof Dr Lembit Sihver, a space researcher, director of CRREAT, and founder of the Cosmic Shielding Corporation, writes about the importance of researching the human microbiome in space

https://www.eurekalert.org/news-releases/1033860 #science #astrobiology (of sorts) #SpaceTravel #SpaceHealth

Why studying astronauts’ microbiomes is crucial to ensure deep space mission success

<p>In a new Frontiers’ guest editorial, Prof Dr Lembit Sihver, director of <a href="https://www.ujf.cas.cz/en/research-development/large-research-infrastructures-and-centres/crreat/objectives/" target="_blank">CRREAT</a> at the Nuclear Physics Institute of the Czech Academy of Sciences, founder of the <a href="https://cosmicshielding.com/" target="_blank">Cosmic Shielding Corporation</a> and researcher at Vienna University of Technology and several other universities in the US and Canada, and his co-authors explore the impact the microbiome has on human health in space. They also discuss potential applications as well as challenges of the study of the microbiome of astronauts.</p>

EurekAlert!