RT @AlainChedotal
Squids like it bitter! or not
😍 2 studies @Nature show that squids & octopus use cephalopod-specific receptors on their tentacles to taste molecules at the surface of their preys & their environment
@NBellono @RyanHibbs10
https://www.nature.com/articles/s41586-023-05822-1
https://www.nature.com/articles/s41586-023-05808-z
RT @RobDiLeonardo
Microscopic #biohybrid #robots can be remotely controlled by unbalancing light projected on two bacterial motors. These #microbots can be independently programmed to navigate a route and maybe one day deliver cells in microfluidic chips.
RT @Rainmaker1973
Focus on the soldiers' helmets and imagine they are particles. The motion looks like a wave. So how or what does this explain about the relationship of the wave, to each particle?
[video: https://buff.ly/2xFljPh]
[explanation: https://buff.ly/4106TVf]
RT @sorairo_stentor
beautiful ciliates!
#protist
#Stentor coeruleus
#ソライロラッパムシ
RT @conners_becky
Look at this amazing sculpture based on microsporidia parasites! Coil and Spring was created by artist Jacky Oliver, is installed in the Living Systems Institute at University of Exeter and funded by a Wellcome Trust Institutional Strategic Support Award (WT105618MA)
@LSI_Exeter
RT @RebeccaNPoon
I had a great time at #PoL2023 - presenting my work on metachronal coordination, meeting people, and learning all kinds of exciting new physics and biology!
Asked chatGPT to write a poem about #Volvox, not bad, bit dry... not as crazy as the poem about Volvox written by yours truly, an actual human/non-robotic entity😆 (https://micromotility.com/research-old/o-volvox/)
everyday is a beautiful day to do science @LSI_Exeter 😎
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RT @scholpp_lab
It's a beautiful day to do science @LSI_Exeter
https://twitter.com/scholpp_lab/status/1641377379779051520
haha the incomparable Julia Yeomans...
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RT @Joannewon6
#sciencefunnys 🤣 #POL2023
https://twitter.com/Joannewon6/status/1641095917020274689
What can theory do for biology? And what can biology do to inspire new theory? How can we go beyond doing theory simply because it can be done, but because it can truly inspire new understanding and new perspectives in biology??
Find out more at our upcoming meeting in July!⬇️
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RT @EMBLEvents
Looking for a conference to broaden your understanding of the role of theory in biology? 📖 🧬 🐃 Then don't miss out on #EESTCBio and submit yo…
https://twitter.com/EMBLEvents/status/1640967134162440195
RT @BriegelAriane
Just saw this and keep wondering - is this common? Different handedness of the flowers? So curious…
Join us for this exciting meeting at EMBL Heidelberg in June! (What else might you find at the periphery of a cell... 🤔) @EMBLEvents #EESCellSurface
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RT @katjaroeper
Mechanobiology of the cell surface, exciting meeting coming up at EMBL in June! #EESCellSurface
https://twitter.com/katjaroeper/status/1638871389514997763
RT @PhysOfLifeLMU
Are self-propelling biomolecular condensates a thing in cells, as implied by our theory and recently published (https://doi.org/10.1103/PhysRevLett.130.128401) in @PhysRevLett? We would be excited to hear the perspective of experiments!
And we also welcome Austin Smith @AustinS10301165 - our @LSI_Exeter institute Director to twitter! (who has a great postdoc position open right now) #bioinformatics #stemcells
#pluripotency @jobRxiv
Apply here
https://tinyurl.com/5n7446ns
RT @Lei_La_
Exciting news! Our paper on how directional reversal affects pattern formation of active filaments is out now in @PhysRevResearch . Check it out for more information! https://journals.aps.org/prresearch/abstract/10.1103/PhysRevResearch.5.013171. Special thanks to Ali Malek, Stefan Karpitschka and @KlumppStefan @mattertolife
RT @PavelTomancak
@EMBOPress is the unsung hero of reform in scientific publishing. Look at the track record! Taken from PR announcing move towards #OpenAccess for all journals.
https://www.embo.org/press-releases/embo-press-to-be-fully-open-access/
Open consultative #peerreview, #sourcedata, @ReviewCommons Looking forward to what comes next
RT @Archaeon_Alex
It's a good moment to say that H. volcanii, different than H. salinarum is always rod-shaped, shape-shifts between rod and disk morphologies (12/n)
RT @Mill_lab
@DagmarWachten & I are excited to shared our @SpringerNature @NatRevNeph 'News & Views' on super🔥🔥 back-to-back @ScienceMagazine papers from @takanobu_ka (& Hamada lab) & #newPI Shiaulou Yuan on L-R asymmetry, #cilia & #mechanosensation roles for PKD2! https://rdcu.be/c7usw
