Discussions revolve around the detailed microstructural features—such as mushroom-shaped micropillars with nanopores—that enable lizard tails to detach easily, with tone emphasizing the innovative and biomimetic aspects, e.g., “Tiny structures... allow a lizard to quickly detach its tail,” and words like “explains” and “insights” reflect curiosity and recognition of potential applications.
AgreementModerate agreement
Most discussions acknowledge the significance of the research, highlighting how it explains lizard tail autotomy and biomimetic mechanisms, showing general support.
InterestHigh interest
The discussions display high curiosity about technical details and potential applications, such as quick-release mechanisms and biological insights.
EngagementModerate engagement
Participants reference specific structural elements like micropillars and nanopores, indicating a moderate level of in-depth engagement.
ImpactModerate impact
The conversations suggest the research could influence bio-inspired design and mechanical systems, but the overall impact perception remains modest at this stage.
Abstract in brief
Lizard tail autotomy is a defense mechanism where lizards can shed their tails to escape predators, and this study explores a biomimetic model mimicking this process using specialized structures.
The proposed model features micropillars with nanoporous tops that imitate the lizard's tail, enhancing adhesion through unique micro- and nanostructures during different types of stress tests.
Results indicate that under wet conditions, these structures use capillarity to increase adhesion, offering new perspectives on how to address adhesion challenges through biomimetic designs.
Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its tail when needed, research shows in Science. The findings provide insights to inform applications like quick-release mechanisms. https://t.co/D5P7RL9n5b https://t.co/WdFQ2UyinO
Mar 26, 2022 · 210 likes · 47 shares · 4,542,896 followersView post →
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Science Magazine
@ScienceMagazine · X
Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its tail when needed, research shows in Science. The findings provide insights to inform applications like quick-release mechanisms. https://t.co/D5P7RL9n5b https://t.co/3qgh71ntKw
Mar 6, 2022 · 191 likes · 53 shares · 4,542,896 followersView post →
あ
あきらこさくらい
@AkrSakr · X
トカゲの尻尾が普段の動きでは簡単に切れないのは尾の節々が絶妙な強度で繋がっているから。円を描くように並んだ８つの突起が尾の節どうしを繋いでいるのだけど、突起の表面にはさらにビロードみたいな細かい突起がある
Biomimetic fracture model of lizard tail autotomy https://t.co/E7GGAdz3uh
Feb 18, 2022 · 28 likes · 3 shares · 6,231 followersView post →
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Yaoimancer
@shellsist · X
@atomicthumbs https://t.co/swEmyawgT5
May 26, 2023 · 17 likes · 1 share · 6,248 followersView post →
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Cara Giovanetti
@idontevencara.bsky.social · Bluesky
The ability to spontaneously drop a limb is called “autotomy”, and it’s hypothesized to have evolved independently at least nine times in the animal kingdom. Lizards have one or several locations along their tails that serve as fracture points, which the lizard can employ at will.
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Lizard tails stay on tight, right up until they don't want them to. How? The tail has small teeth covered in tiny mushrooms with little dimples that fit perfectly into the bum. This is super strong under tension, but peels off when shaken. https://t.co/52nCrBmUlQ #BedtimeScience https://t.co/VDoN4HqdGQ
Mar 10, 2022 · 8 likes · 1 share · 3,318 followersView post →
Lizard tail autotomy is a defense mechanism where lizards shed their tails to escape predators. This study explores biomimetic models with micro- and nanostructures, providing insights into adhesion mechanisms inspired…
The video discusses the critically endangered Kapitia Skink, native to New Zealand's west coast. It covers species information, habitat use, translocation techniques, and recent research, including biomimetic models…
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Construction work at the Mainz rail junction in Rhineland-Palatinate is scheduled to begin on November 29, 2025, and will cause significant disruptions to train services until February 2026. This extensive renovation project includes renewing tracks, switches, and overhead lines, as well as
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On the side of the fracture point further from the gecko’s head (“distal” in the diagram above), there are 8 muscle bundles. Each of these bundles is studded with micrometer-scale micropillars. The head of each micropillar has nanoscale beads (NB) and pores (NP), making a rough surface.
4/8
The lizards have interlocking arrays of microstructures at these points that act as incredibly powerful and versatile adhesives. Let’s take a closer look at the yellow-belly gecko (Hemidactylus flaviviridis):
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The ability to spontaneously drop a limb is called “autotomy”, and it’s hypothesized to have evolved independently at least nine times in the animal kingdom. Lizards have one or several locations along their tails that serve as fracture points, which the lizard can employ at will.
2/8
May 26, 2023 · 17 likes · 1 share · 6,248 followersView post →
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Stephanie M Campos
@neuroStephtide · X
RT @SaurabhGayali: Researchers at @NYUAbuDhabi & @FDUWhatsNew studied Biomimetic fracture model of lizard tail autotomy. It explains How li…
May 12, 2022 · 3 shares · 515 followersView post →
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silex知の文献サービス (Silex Press LLC.)
@silex_transl · X
「#トカゲのしっぽ切り」の定説「ソケット説」を否定。実作シッポモデルでの実験の結果は、「（絆創膏様）剥がし説」。論文タイトルは「Biomimetic fracture model of lizard tail autotomy」。ファーストオーサーBabanはNYUアブダビ。
https://t.co/SQ3XIcg8cL
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 14,889 followersView post →
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Tianfang Wang
@Rocket_flame · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Sergio
@g3rsio · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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G Leigh
@yardchicken_2 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Alejo Ruiz
@negro475 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 818 followersView post →
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Nikolay
@dimov_n · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 128 followersView post →
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Carol Adams
@CarolAd69185439 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Jorge Luis Pino
@jorgelpino · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Bryan Kelly
@BryanKeIIy · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 3,807 followersView post →
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Daniel Ahmed
@DanielAhmedARSL · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 794 followersView post →
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Dr. Aviseka
@aviseka · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Valentine Nchafor NDIKUM
@NchaforNdikum · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 26, 2022 · 47 shares · 309 followersView post →
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Pisigomet
@pisigomet · X
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doc newsoholic
@docnewsoholic · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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JB-AND
@JbJband09105007 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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barbara mooney
@bmooney12341 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Aldo Santiago
@aldosantiago · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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back to academia cyto
@cytosine_37 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Ali Cairns
@AliCairns3 · X
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tecnologo
@tecnologo · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Zero One
@ZeroOne33408052 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Dr. Ibrar Alam
@Genius_Gene1 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Azeez Mohammed
@mohammedazeez2 · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
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Science Magazine
@ScienceMagazine · X
Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its tail when needed, research shows in Science. The findings provide insights to inform applications like quick-release mechanisms. https://t.co/D5P7RL9n5b https://t.co/WdFQ2UyinO
Mar 26, 2022 · 210 likes · 47 shares · 4,542,896 followersView post →
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International Society for Neuroethology
@neuroethology.org · Bluesky
Biomimetic fracture model of lizard tail autotomy
https://www.science.org/doi/10.1126/science.abh1614
RT @bnschlz: Lizard tails stay on tight, right up until they don't want them to. How? The tail has small teeth covered in tiny mushrooms wi…
Mar 10, 2022 · 1 share · 2,240 followersView post →
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Ben Schulz
@bnschlz · X
Lizard tails stay on tight, right up until they don't want them to. How? The tail has small teeth covered in tiny mushrooms with little dimples that fit perfectly into the bum. This is super strong under tension, but peels off when shaken. https://t.co/52nCrBmUlQ #BedtimeScience https://t.co/VDoN4HqdGQ
Mar 10, 2022 · 8 likes · 1 share · 3,318 followersView post →
When under attack, lizards shed their tails as a way of escaping.
The broken surface of the tail had mushroom-shaped pillars with nanopores, which is resistant against tension and peeling modes but enables fracture during oscillatory bending.
https://t.co/5qG3N1AecK
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 6, 2022 · 53 shares · 393 followersView post →
AF
Attention Eater | Filip
@currenteon · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 6, 2022 · 53 shares · 509 followersView post →
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Bhargav
@42bhargav · X
RT @ScienceMagazine: Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its…
Mar 6, 2022 · 53 shares · 507 followersView post →
SM
Science Magazine
@ScienceMagazine · X
Tiny structures consisting of mushroom-shaped micropillars topped with nanopores allow a lizard to quickly detach its tail when needed, research shows in Science. The findings provide insights to inform applications like quick-release mechanisms. https://t.co/D5P7RL9n5b https://t.co/3qgh71ntKw
Mar 6, 2022 · 191 likes · 53 shares · 4,542,896 followersView post →
SB
Satellite Cell Bot
@MuscleStemCell · X
Biomimetic fracture model of lizard tail autotomy https://t.co/ivda2FDGVt
サイエンス誌の論文はこちら。
Biomimetic fracture model of lizard tail autotomy https://t.co/QWcEMqNqrB https://t.co/o4tHgOmH5O
Feb 21, 2022 · 3 likes · 32,288 followersView post →
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India Science Policy
@IndiaSciPol · X
RT @SaurabhGayali: Researchers at @NYUAbuDhabi & @FDUWhatsNew studied Biomimetic fracture model of lizard tail autotomy. It explains How li…
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ScienceStop
@B0tSci · X
RT @SaurabhGayali: Researchers at @NYUAbuDhabi & @FDUWhatsNew studied Biomimetic fracture model of lizard tail autotomy. It explains How li…
Feb 21, 2022 · 3 shares · 4,064 followersView post →
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Saurabh Gayali
@SaurabhGayali · X
Researchers at @NYUAbuDhabi & @FDUWhatsNew studied Biomimetic fracture model of lizard tail autotomy. It explains How lizards keep detachable tails from falling off.
Article in @ScienceNews: https://t.co/VvDruuZdkD
Original Research: https://t.co/OQZQeDFnWa
#scicomm #biology
Feb 21, 2022 · 4 likes · 3 shares · 291 followersView post →
Feb 18, 2022 · 3 shares · 16,627 followersView post →
あ
あきらこさくらい
@AkrSakr · X
トカゲの尻尾が普段の動きでは簡単に切れないのは尾の節々が絶妙な強度で繋がっているから。円を描くように並んだ８つの突起が尾の節どうしを繋いでいるのだけど、突起の表面にはさらにビロードみたいな細かい突起がある
Biomimetic fracture model of lizard tail autotomy https://t.co/E7GGAdz3uh
Feb 18, 2022 · 28 likes · 3 shares · 6,231 followersView post →
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Phillip Kyriakakis
@breakliquid · X
I didn’t know they could lose the tail so easily, and they keep it moving afterwards! Biomimetic fracture model of lizard tail autotomy https://t.co/Xc8jihGGEf
Feb 18, 2022 · 4 likes · 6,534 followersView post →
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nanopore_papers
@NanoporePapers · X
Biomimetic fracture model of lizard tail autotomy https://t.co/NHuc8UV1zi https://t.co/N9gJZD9aY8
Biomimetic fracture model of lizard tail autotomy | Science
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Science. 17 Feb 2022. Vol 375, Issue 6582. pp. 770-774. DOI: 10.1126/science.abh1614 · PREVIOUS ARTICLE. Forgotten books: The application of unseen species ...
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