Водяные медведи могут полететь к звездам с околосветовой скоростью на лазерном луче https://t.co/SjkcC8BcyY
Comparative proteome analysis of Milnesium tardigradum in early embryonic state versus adults in active and anhydrobiotic state.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Jul 2020 – Sep 2025Where it's discussed
-
News16 articles
-
Blogs6 articles
-
YouTube3 videos
-
Facebook2 posts
-
X / Twitter1 posts
-
Bluesky1 posts
AI synopsis
What people are saying
The overall tone reflects a casual reception, exemplified by comments like 'But not even this guy, a tardigrade,' which use informal language and humor rather than technical discussion, indicating mild interest and superficial engagement with the scientific content of the article.
Most posts seem to be dismissive or minimally supportive of the publication, with one mentioning it but not expressing strong approval.
Discussions show some curiosity about tardigrades and their resilience but lack deep engagement with the scientific details.
The comments are brief and focus on basic facts or general impressions rather than detailed analysis, indicating limited deep involvement.
The discussions do not appear to influence opinions or prompt further action; they serve more as superficial references rather than impactful insights.
Abstract in brief
- The study analyzed the proteome of Milnesium tardigradum, a tardigrade species, in three different states: early embryonic, active adult, and anhydrobiotic (dried out).
- Using advanced proteomics techniques and a newly created tardigrade-specific protein database, researchers identified over 3,000 proteins related to various functions like stress response, development, and transport.
- The research compared protein levels across the different states to better understand the mechanisms behind tardigrades' abilities to develop and survive extreme conditions, providing insights into their cryptobiosis and resilience.]
Top posts
Most liked on X and BlueskyBut not even this guy, a tardigrade, commonly called a water bear or moss piglet. en.wikipedia.org/wiki/Tardigr...
All mentions
Tardigrades: Resilient Creatures Surviving Extreme Conditions
Tardigrades are among the most invincible animals on Earth, capable of surviving extreme conditions. This video explores their resilience and the biological mechanisms that enable their survival in various states.
Understanding Tardigrades' Molecular Basis for Extreme Resilience
The protein biochemistry behind the Tardigrades famous resilience is utterly fascinating. This research compares proteins in different life states, shedding light on their cryptobiosis and survival mechanisms.
Scaling Up: The Human Brain's Evolutionary Journey
This video explores the human brain's remarkable characteristics, highlighting its 100 billion neurons and the associated energy consumption. It discusses new findings suggesting that the human brain operates as a…
But not even this guy, a tardigrade, commonly called a water bear or moss piglet. en.wikipedia.org/wiki/Tardigr...
Водяные медведи могут полететь к звездам с околосветовой скоростью на лазерном луче https://t.co/SjkcC8BcyY