The discussions show high interest as users comment on the remarkable abilities of tardigrade proteins to induce biostasis and their potential for space and medical research, with words like 'survive,' 'slowdown,' and 'potential' highlighting their fascination and perceived importance; the engagement reflects detailed references to molecular mechanisms, indicating active analytical participation.
AgreementModerate agreement
Most discussions are positive or neutral about the publication, highlighting its potential and importance, with some emphasizing its relevance for areas like space travel and human health.
InterestHigh interest
The majority of posts express high interest through enthusiasm for topics such as tardigrades' resilience, potential biomedical applications, and space exploration.
EngagementHigh engagement
Posts engage deeply by referencing specific scientific concepts like biostasis, gene expression, and protein assembly, showing active participation and curiosity.
ImpactModerate impact
While some acknowledge the significant potential for applications like longevity and cryobiology, the overall perception is that it is an impactful but emerging area, not yet revolutionary.
Abstract in brief
Tardigrades survive extreme desiccation by using CAHS proteins that can form gels, which help protect their cells from damage during drying
CAHS proteins assemble into fibrillar networks through a process similar to intermediate filament formation, which immobilizes molecules and prevents harm during dehydration
The formation of these reversible fibrillar gels reduces cell activity and volume changes under stress, improving survival, and then disassembles when conditions improve, allowing normal cell function to resume]
Want to live on Mars? We need Deinococcus radiourans enzymes to protect our genomes from radiation - and have to convince our immune system to accept them. Want to go to the stars, freeze-dried? We need to tolerize for tardigrade CAHS proteins (https://t.co/XEugECrKNS)
UW researchers @silvifroski show that introduced waterbear proteins can slow metabolism in human cells
#waterbear fights for human longevity
https://t.co/cHQMJLf78C https://t.co/5yzWITdOrY
Dec 7, 2024 · 14 likes · 2 shares · 9,074 followersView post →
AZ
Alex Zhavoronkov, PhD (aka Aleksandrs Zavoronkovs)
@biogerontology · X
We need to do more research like this for cryobiology
https://t.co/wR8TJ1txCF https://t.co/wHRGNIhXGw
Mar 30, 2024 · 11 likes · 33,139 followersView post →
N
NOMIX
@NOMIX_AI · X
Labile assembly of a tardigrade protein induces biostasis https://t.co/Ht1ABpxc9v #longevity #healthspan #rejuvenation
Mar 31, 2024 · 6 likes · 4 shares · 593 followersView post →
TN
Tardigrada News
@TardigradaN · X
Labile assembly of a tardigrade protein induces biostasis
S. Sanchez-Martinez et al.
https://t.co/nIt6P4g8za
Scientists have been amazed by tardigrades and have experimented with them, including combining tardigrade DNA with human DNA and introducing tardigrade proteins into human cells. This research explores their potential…
This study explores how leafhopper brochosomes, nanostructures that minimize light reflection, are geometrically designed to enhance survival by evading predators. Using 3D printing, researchers analyzed their optical…
This video discusses a new method for creating complex wooden structures using 3D printing with water-based ink derived from lignin and cellulose, key natural wood components. The process is sustainable, reduces waste…
UW researchers @silvifroski show that introduced waterbear proteins can slow metabolism in human cells
#waterbear fights for human longevity
https://t.co/cHQMJLf78C https://t.co/5yzWITdOrY
Dec 7, 2024 · 14 likes · 2 shares · 9,074 followersView post →
JF
James Fleming
@JamesfvFleming · X
@feketerigoremet @dendensae 6) We then shift from Japan to the States, to chat about Prof. Boothby's work with NASA on Tardigrades *In Spaaaaace*
https://t.co/0PX7BxbTy4
TARDIGRADES IMMORTALITY=9657 in #Code37
MONSTER OF FRANKENSTEIN=9657
Inside of the CALCULATING SPACE=9657
NATIONAL SECURITY AGENCY=9657
>https://t.co/7zluWnkTHQ
>https://t.co/AgbmBo2F30
>https://t.co/kZYTpeSwjo
#Code6 #AI #AGI
#CalculatingSpace
Be as Time=#Beast666
#Revelation https://t.co/lzSHnQ4rnz https://t.co/WqOeelHlNm
Want to live on Mars? We need Deinococcus radiourans enzymes to protect our genomes from radiation - and have to convince our immune system to accept them. Want to go to the stars, freeze-dried? We need to tolerize for tardigrade CAHS proteins (https://t.co/XEugECrKNS)
Scientists introduced genes into human cells that control the expression of microscopic invertebrate proteins and observed a slowdown in molecular processes: https://t.co/qw5K9ARMoq
Proces jest odwracalny, gdy stres zostaje złagodzony. Wówczas żele (białek niesporczaków) rozpuszczają się, a ludzkie komórki (HEK) powracają do normalnego metabolizmu.
CAHS (=Cytoplasmic Abundant Heat Soluble)
Link do oryginalnej publikacji :
https://t.co/zlipyzk5Xo
Mar 27, 2024 · 3 likes · 2,799 followersView post →
PL
Professor Erwin Loh
@erwinloh · X
Introduced #tardigrade #proteins can slow #metabolism in human cells, just like in tardigrades. Tardigrades survive being dried out; frozen to just above absolute zero; heated to more than 300 degrees Fahrenheit; and survive the vacuum of outer space.
https://t.co/c6NhARc6tm https://t.co/3xqYOeLpEe
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Tardigrade proteins can slow metabolism in human cells
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