¿Qué tienen de especial? (4/12) -Capacidad de adaptación a los ambientes más extremos y variables (congelamiento, desecación, Δ osmótica y de O2). -Mecanismo principal de adaptación / supervivencia: CRIPTOBIOSIS https://t.co/ZaPzJD3cD7
Survival in extreme environments - on the current knowledge of adaptations in tardigrades.
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Jan 2019 – Dec 2023Where it's discussed
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News22 articles
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X / Twitter8 posts
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Blogs4 articles
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YouTube2 videos
AI synopsis
What people are saying
Discussions highlight the remarkable adaptability of tardigrades, with examples like mentions of cryptobiosis and their ability to survive extreme environments, indicating a shared fascination. The tone ranges from curiosity to admiration, exemplified by comments praising videos and questioning what makes these organisms special, which reflects moderate engagement and interest targeting the importance of the research.
Most posts recognize the significance of tardigrades' adaptations, with some claiming their work is more comprehensive, reflecting general agreement on their importance.
Posts show curiosity and enthusiasm about tardigrades, often mentioning their fascinating survival abilities, indicating a moderate level of interest.
Discussions include references to videos, personal opinions, and questions about what makes tardigrades special, suggesting active engagement with the topic.
The recognition of tardigrades' unique mechanisms and the sharing of multimedia content imply an awareness of their potential research and educational impact.
Abstract in brief
- Tardigrades are tiny animals found worldwide, and they belong to the same invertebrate group as organisms like C. elegans and Drosophila.
- They have unique adaptations, such as cryptobiosis, allowing them to survive extreme conditions like dehydration and radiation by entering a reversible state of metabolic slowdown, although the exact mechanisms are not fully understood.
- Even when active, tardigrades can tolerate harsh environments, possibly due to advanced DNA repair, osmoregulation, and protective molecules, making them excellent models for studying survival in extreme environments.]
Top posts
Most liked on X and BlueskyTardigrades: https://t.co/4zpUOUV5zq via @YouTube
@JacksonWheat1 I loved your discussion on these amazing organisms: https://t.co/24vbqzSuVm
@RJDownard @creationnews I think our work on tardigrades is much more comprehensive: https://t.co/afBQSXhvr3
I added a video to a @YouTube playlist https://t.co/4zpUOUV5zq Tardigrades
Tardigrades https://t.co/gPPNAnEZCN via @YouTube
All mentions
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.
Tardigrades: Extremophile Invertebrates and Survival Mechanisms
Tardigrades are tiny animals capable of surviving extreme conditions through cryptobiosis. They serve as valuable models for studying resilience and survival adaptations in harsh environments.
@RJDownard @creationnews I think our work on tardigrades is much more comprehensive: https://t.co/afBQSXhvr3
¿Qué tienen de especial? (4/12) -Capacidad de adaptación a los ambientes más extremos y variables (congelamiento, desecación, Δ osmótica y de O2). -Mecanismo principal de adaptación / supervivencia: CRIPTOBIOSIS https://t.co/ZaPzJD3cD7
@JacksonWheat1 I loved your discussion on these amazing organisms: https://t.co/24vbqzSuVm
https://t.co/DNjz9w7aF9
Tardigrades https://t.co/gPPNAnEZCN via @YouTube
I liked a @YouTube video https://t.co/flCbOAzyuy Tardigrades
Tardigrades: https://t.co/4zpUOUV5zq via @YouTube
I added a video to a @YouTube playlist https://t.co/4zpUOUV5zq Tardigrades
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