Well who knew cats can do #phototaxis (well really photokinesis) too 😅
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RT @gunsnrosesgirl3
In this time-lapse video by Mitsuru Yasui
You can see many cats following a sun beam to nap
https://twitter.com/gunsnrosesgirl3/status/1610722970326175745
RT @PhysRevResearch
Motility and self-organization of gliding Chlamydomonas populations, Sebastian Till, Florian Ebmeier, Alexandros A. Fragkopoulos, Marco G. Mazza, and Oliver Bäumchen @afragkopoulos @unibt @MarcoGMazza @mazza_lab @mpids @LboroScience #SoftMatter #Biophysics https://go.aps.org/3ji63lK
The revised version of our paper on the desmosomal #connectome of the #Platynereis larva is now out
https://elifesciences.org/articles/71231
by Sanja Jasek et al.
#volumeEM #rstat
this is likely #bioconvection - upswimming of the motile organisms due to combination of light and negative gravitaxis, followed by sinking when the layer becomes too dense https://www.jstor.org/stable/pdf/43421291.pdf
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RT @Eudorina_ch
ゴニウムのこれはどんな反応によるものなんだろうか?
振動が原因?
大きさ的にある程度数が増えてこないと観察が難しい現象 https://t.co/8SSniydktV
https://twitter.com/Eudorina_ch/status/1604756971760291840
RT @tinyscientist
#Coral zoomies!!
Look at the difference coral baby food does! 🪸🍼
The unfed larvae (left) are much slower & travel shorter distances than the fed larvae (right) - like mini Michael Phelps’!
This could have significant promise for reseeding reefs ☺️
@PureOceanFund @uts_c3 https://twitter.com/i/web/status/1604054602805940230
Obviously, whatever happens to this imploding multiverse... I can always be found wherever the hottest #cilia chat is taking place...
RT @TimESaunders
Not sure a Nobel Prize is the answer, but the lack of dedicated theory institutes is a problem. The UK could so easily become a leader in this (and theorists are cheap compared to running an experimental lab!): https://www.thetimes.co.uk/article/its-high-time-there-was-a-nobel-prize-for-mathematics-c0pgd5zss?shareToken=5f0f7944a441f12ed9597278af6cca0f
RT @softmatter
Front cover article:
Just published and #openaccess, Microswimmers in vortices: dynamics and trapping led by Ivan Tanasijević and Eric Lauga https://doi.org/10.1039/D2SM00907B
@barrygoldman1 well yes indeed the video is probably fake but it's a nice concept to think about...
Dead fish have been shown to "swim" upstream but elasticity is required there which doesn't apply here ..
But perhaps microorganisms do!
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RT @GoreHrushikesh
This stick is of a Plant in the Himalayas called Garud Kashtha meaning Eagle Wood in Sanskrit; it is helical and moves against the flow of water horizontally or vertically; I wonder if plants use it for the transport of pollen, seeds, or migration?
https://twitter.com/GoreHrushikesh/status/1600479946887294976
RT @burnsajohn
The difference between building a house out of stuff you find laying around and forming one from materials that you made yourself for the purpose. Convergence in function, big difference in approach! #Protists
Cool - now finally a computer game we could get on board with - does it account for hydrodynamic interactions tho😅
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RT @OSTSenior
A sneak peak at Aggi's Tiny Friends. An educational game about microscopic ecosystems, where you customize a cell of your own to see what can survive. The videos by @JourneyToMicro where a huge help in getting the movement of cells right! @ParameciumP @ProtistologyUK #indiedev
https://twitter.com/OSTSenior/status/1599820271656894464