Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un cuerpo tan largo es difícil de defender, así perciben la presencia de depredadores (paper) https://t.co/OOnbnLGMZJ (blog, abajo) https://t.co/JaU20zpmi9
Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes.
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Feb 2019 – Mar 2022Where it's discussed
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X / Twitter90 posts
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News9 articles
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Blogs5 articles
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YouTube2 videos
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AI synopsis
What people are saying
The discussions include various references to the findings, such as one post noting that sea snakes can 'see' light on their tails and another emphasizing that these adaptations are crucial for predator evasion. The tone of excitement is evident in the expressions of admiration for the research, conveyed through phrases like 'I Love Science,' which contributes to an overall enthusiastic sentiment toward the publication's impact on understanding these marine reptiles.
Most discussions express support for the findings regarding sea snakes' phototactic abilities.
The posts reflect high curiosity about the unique adaptations and evolutionary implications discussed in the article.
While a good number of users engage with the topic, many simply reference content without in-depth analysis.
Several posts highlight the significance of the research, suggesting it adds important knowledge to the field of sensory biology and adaptation.
Abstract in brief
- Researchers studied tail phototaxis in sea snakes, which is a sensory trait where they react to light on their tails by hiding to avoid predators.
- They found tail withdrawal behavior in several sea snake species and determined that their tail photoreceptors are most sensitive to blue and green light.
- The research suggests that phototaxis likely evolved in a common ancestor of some Aipysurus species and points to a nonvisual photoreceptor mechanism, with potential gene targets identified for future research.
Top posts
Most liked on X and BlueskySnakes: More than just danger noodles
Olive Sea Snakes are highly adapted to marine environments, moving through coral reefs using a paddle-like tail that has special photoreceptors to avoid light & potential predation (negative phototaxis; Crowe-Riddell et al. 2019 https://t.co/xfTsfGJjj6) #GoForTheTail #2022MMM
Olive #seasnakes ‘see’ light on their tails
豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlCZi
Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
All mentions
Understanding Sea Snake Tail Phototaxis in Evolutionary Contexts
A lot of people are afraid of snakes, and for good reason. This video explores the evolution and molecular basis of tail phototaxis in sea snakes, a unique sensory trait that helps them evade predators. Discover how…
Phototaxis in Sea Snakes: Evolution and Sensory Mechanisms
Researchers have discovered light sensing abilities in the tails of sea snakes. This adaptation allows them to react to light and avoid predators. The study explores the evolution of this trait and identifies potential…
RT @je_light: Olive Sea Snakes are highly adapted to marine environments, moving through coral reefs using a paddle-like tail that has spec…
RT @je_light: Olive Sea Snakes are highly adapted to marine environments, moving through coral reefs using a paddle-like tail that has spec…
Olive Sea Snakes are highly adapted to marine environments, moving through coral reefs using a paddle-like tail that has special photoreceptors to avoid light & potential predation (negative phototaxis; Crowe-Riddell et al. 2019 https://t.co/xfTsfGJjj6) #GoForTheTail #2022MMM
RT @imperial_pigeon: @ambikamath Elongated ribs of gliding lizards. & Light sensing abilities of sea snake tails, . https://t.co/GRmb0cOd33
@ambikamath Elongated ribs of gliding lizards. & Light sensing abilities of sea snake tails, . https://t.co/GRmb0cOd33
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/1wNAeo8wZF via @YouTube #Science #snakes
@WhySharksMatter Sea snakes. Most have paddle-like tails & are fully aquatic only coming up to breathe air (like whales). And some might have PHOTOTACTIC TAILS
Snakes, https://t.co/qeLDQm5uQc Sublime https://t.co/7TVTly8GEk
sneks https://t.co/bSpYoIKw4A
https://t.co/mMfWut08kS oh they did a video on @mercenarymimic
Sometimes you come across papers that make you want to shout I Love Science https://t.co/DgXaTzokdo
RT @MirjamJG: Ok, I have to admit... My snake impulse is to be a little freaked out. But writing this script made me really appreciate the…
Ok, I have to admit... My snake impulse is to be a little freaked out. But writing this script made me really appreciate the diversity and amazing abilities of these slithering creatures. https://t.co/hM2BGZuhea
@watarufie vi isso por acaso hj xD https://t.co/2j0X3QwMAE
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/a1MyixX0PA via @YouTube
RT @CharlesIkenna23: From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/Np8CR9hRob via @YouTube
https://t.co/o75UMEj8kt
RT @SciShow: Snakes: More than just danger noodles
RT @SciShow: Snakes: More than just danger noodles
RT @GaryM: If you love snake diversity - From Hognoses to Spider Tails: 6 Sublime #Snakes and their adaptations https://t.co/P7m939EwRp via…
RT @SciShow: Snakes: More than just danger noodles
RT @SciShow: Snakes: More than just danger noodles
Snakes: More than just danger noodles
https://t.co/Olc3jOMkeb
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/Np8CR9hRob via @YouTube
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/1GP5q9BFDV
RT @NicholasWuNZ: 6 sublime snakes including @jcroweriddell’s research on photoreceptors in sea snakes tail https://t.co/BkRWDS4LH6 @SciSh…
Watch “From Hognoses to Spider Tails: 6 Sublime Snakes” on YouTube https://t.co/OJ8lAkX14u https://t.co/ucJBli1fSL
More reasons to fear death noodles!
RT @SophiaElfKitten: From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/6IjxCW0ry1 via @YouTube @RecklessRexpert
6 sublime snakes including @jcroweriddell’s research on photoreceptors in sea snakes tail https://t.co/BkRWDS4LH6 @SciShow
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/ga9lSibeAw via @YouTube
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/nkrTsSreq0 via @YouTube
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/6IjxCW0ry1 via @YouTube. @SnakeDiscovery
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/6IjxCW0ry1 via @YouTube @RecklessRexpert
From Hognoses to Spider Tails: 6 Sublime Snakes @ https://t.co/ImgfFh5pQU https://t.co/3i4zoN3Dxh
New video by SciShow: From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/0l92pS3Eo3
From Hognoses to Spider Tails: 6 Sublime Snakes https://t.co/FyZ7z8tt0z via @YouTube
Did you know sea snakes withdraw their tails in response to light? Crowe-Riddell et al. use behavioral experiments and transcriptomics to identify a set of candidate genes related to this curious behavior. Read an exclusive interview with the authors: https://t.co/0m9UMcKAop https://t.co/UUE6JimQ5F
RT @jcroweriddell: Did you know sea snakes can 'see' light on their tail!?
RT @jcroweriddell: Did you know sea snakes can 'see' light on their tail!?
RT @jcroweriddell: Did you know sea snakes can 'see' light on their tail!?
Did you know sea snakes can 'see' light on their tail!?
Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes Molecular Ecology https://t.co/6FKNNclkL8 https://t.co/eW3JiLrBJz
RT @NHM_Science: Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes - David Gower @NHM_London in Molec…
Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes - David Gower @NHM_London in Molecular Ecology https://t.co/ULGvIbabw9
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
https://t.co/yWQaluSEKx Scientists find 3 species of sea snakes with light sensitive tail skins - these Australian species are the only reptiles on Earth with light sensitive skin - thought to be an adaptation which ensures their tails are safely tucked in when hiding under cov… https://t.co/KReWOGAA3E
Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes - Crowe‐Riddell - https://t.co/O4rKZRp9Vs
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @mikebok: Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
Some sea snakes have a melanopsin-based photoreceptor in their tails. https://t.co/YWvwh395Rs https://t.co/duvOUVrRmY
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
Phototactic tails: Evolution and molecular basis of a novel sensory trait in sea snakes https://t.co/42REQ7OY9G
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
RT @jcroweriddell: Olive #seasnakes ‘see’ light on their tails
Olive #seasnakes ‘see’ light on their tails
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
RT @pantheo27705718: 豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlC…
豪のウミヘビ、Aipysurus属の3種。尾に青~緑の光を感じる感覚をもつ。長い尾を物陰に隠し、捕食者から逃れるため、同属の祖先で獲得と https://t.co/Q0yxtHo8u4 論文 https://t.co/QhB7DNlCZi
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
https://t.co/4MGWjzOw89 https://t.co/In43JoUf18
RT @BioTay: Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un…
Parece ser que en Australia hay 6 especies de serpiente marina capaces de percibir la luz con el extremo final de su cuerpo. Un cuerpo tan largo es difícil de defender, así perciben la presencia de depredadores (paper) https://t.co/OOnbnLGMZJ (blog, abajo) https://t.co/JaU20zpmi9