RT @Eudorina_ch
細胞数32個って白黒サッカーボール⚽️の32面体と共通？じゃん。
もう自律式サッカーボールではないでしょうか。
RT @palaeokatie
330 million year old perfection - a wee crinoid ossicle that beautifully highlights their five-fold (pentaradial) symmetry. There’s also a tiny fragment of bryozoan in the bottom right 🖤
Pretty cold out today on campus, why do you ask??
If the robin were a squirmer, wonder what kind of flow field it would produce... 🤔
RT @birchlse
This belongs in the "real articles that sound fake" hall of fame.
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
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
another day, another win for the mighty single-celled organism
#multicellularisoverrated
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RT @jam_and_germs
Single-celled organism, Loxophyllum, eats a multicellular rotifer! This is almost a 5 years old clip but I thought I could share it today!
https://twitter.com/jam_and_germs/status/1597244008891265024
Not nearly enough #protists and #cilia in this universe yet... let's rectify this with an inaugural edition of #CiliaSaturday 😍
Look at all its beautiful 'feet'... !
RT @LeoAndrade1974
The motility of the outer hair cells provides an active mechanism for cochlear amplification helping the inners in their fine frequency selectivity. Their stereocilia are filled with parallel actin filaments and dense molecular complexes at the lower and upper tip-link ends.
RT @DeepaHRajan
How can a single cell learn without a brain? We explore this in my first paper from my PhD with @WallaceUcsf, co-first-authored with @TMakushok! We discovered that gradual habituation in a cell population is due to step-like switches in single cells https://bit.ly/3GNg702
🧵1/n
RT @DJCohenEtAl
We’re ‘pumped’ to share new work using bioelectricity to inflate living organoids via what we call 'electro-inflation’: e-fields can program ion+water pumping!. W/power-trio @GawoonS, Isaac Breinyn, @almcalvo. See: https://www.biorxiv.org/content/10.1101/2022.11.22.517561v1. Vid=kidneyoid+1V/cm E-field. more soon!
ahh @JekelyLab is tooting at us from the other side!!
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RT @JekelyLab
Great paper: a microfluidics assay to encapsulate single cells to study long-term behaviour. @FGieLab @micromotility
Thread here:
https://bit.ly/3gGk5wy
Join us on the other side. Open, distributed, community driven, no ads, no AI feeding you, no random retweets, full control.
https://twitter.com/JekelyLab/status/1596067161180884992
Apparently the alga Mesostigma swims like 'falling leaves'...
Immediately checks YouTube...
https://www.youtube.com/watch?v=kjd8MQHPfwM
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RT @a1AgqW93RTKPUD9
かなりマイナーな霞ヶ浦のプランクトン。メソスティグマ(Mesostigma sp.)。陸上植物に近い系統の藻類で、ミカヅキモなどと同じストレプト植物門に属している（メソスティグマ藻綱）。オレンジ色の眼点と、細胞を取り囲む微細な鱗片が特徴。ひらひらと落葉が舞うように泳ぐよ。
https://twitter.com/a1AgqW93RTKPUD9/status/1595801234212261888
RT @uniofexeHLS
1/3 The movement patterns of microscopic #algae can be mapped in greater detail than ever before, giving new insights into ocean health, thanks to new technology developed at the @UniofExeter. Read: https://bit.ly/3VkWOPv @LSI_Exeter #MicroOrganisms #OceanHealth
RT @profpalombo
Can you see the 2nd #rainbow as well?
#physics #optics #scattering @UofE_Research
RT @CellRaiser_
Our first preprint is out! Led by Rohith Rajasekaran (@born2raisecell): “A programmable reaction-diffusion system for spatiotemporal cell signaling circuit design”
A visually stunning toolkit to build cellular radios that probe or control cell biology.
RT @Pawel_Burkhardt
Ctenophores on the cover of @TrendsNeuro. So excited about this! Our article "Ctenophores and the evolutionary origin(s) of neurons" in press: https://doi.org/10.1016/j.tins.2022.09.001. Beautiful photograph of ctenophores by @Alexandre4_Jan. Work supported by @Sars_Centre @UiB
