Highlight was obviously this scientifically accurate model 3D axoneme made by Martin! https://twitter.com/i/web/status/1654577060134699009
Timed my visit perfectly and found myself in the midst of this amazing exhibition! One not only has to stop to admire the science but also the breathtakingly beautiful artwork... Congrats to @friedrich_group and team for bringing PoL to Life! 😉
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RT @PoLDresden
🤓🧐 Always wondered how #life emerges in a physical world? 🤨🧐 If you want to find some answers, come check out the new #exhibition at the Technische Museum Sammlungen in Dresden…
https://twitter.com/PoLDresden/status/1651608616292569088
RT @Mill_lab
🚨POSTDOC JOB ALERT🚨
Join us- 3 year MRC-funded #PostDocFellow in #CellBio, #DevBio & #Genomics as part of our team @NMGN_CongAnom in @MRCMouseNetwork! #RareDisease #CongenitalAnomalies #Ciliopathies #GeneticTherapies 🐭🧑🔬🧬https://elxw.fa.em3.oraclecloud.com/hcmUI/CandidateExperience/en/sites/CX_1001/job/7216🧬 🗓️Closes 24/05/2023🗓️ RT😉🙏
RT @GaloGarciaIII
🚀 Ready to explore complex behaviors in microscopic organisms? 💥 Our team @ArcadiaScience has created a resource for you! Get started here by confining single cells under the microscope: https://research.arcadiascience.com/pub/resource-agar-microchambers 🎉 🧵[1/8]
RT @futurasciences
(🤖) Cet artiste combine la #microscopie, le son et la couleur pour créer des images incroyables dans un univers créatif ! 🧑🎨
Il utilise des éléments tels que l'eau, des cristaux sonores, des bulles, des colorants et du #ferrofluides.
RT @theNASciences
“Sometimes the wind moves the flag, and sometimes the flag moves the wind,” is how #NASmember Michael Shelley concludes his discussion of applied mathematical models to motion and self-organization in cells. #NAS160
Yup - let's stick a wireless ephys rig on a tiny goldfish and record what happens when it swims into walls... again showing the importance of rhythmic oscillations in neural encoding! https://doi.org/10.1371%2Fjournal.pbio.3001747
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RT @Nature
Recording devices implanted in the brains of goldfish have revealed how the animals navigate as they swim. https://go.nature.com/426SlmZ
https://twitter.com/Nature/status/1652518209751318529
RT @PhysRevLett
A centimeter-scale model system for 1D elastoactive structures show that such structures exhibit flagellar motion when pinned at one end, self-snapping when pinned at two ends, and synchronization https://go.aps.org/3L498jL #coolvideo
RT @EMBLEvents
⚡ Abstract deadline extension incoming! ⚡
Did you miss your chance to submit your abstract for 'Theory and concepts in biology'? Then we have good news for you: we've extended the deadline to 11 May 🙌🏻 Join us in #Heidelberg➡️ http://s.embl.org/ees23-07
#EESTCBio 📖🧬🐃
RT @hatena_o
My first paper on Burgess Shale research has been published!
We introduce a new species of exceptionally well-preserved #Cambrian polychaete (bristle worm), Ursactis comosa, from the Burgess Shale (Wuliuan Stage).
https://doi.org/10.1098/rsos.221400
📢📢📢
We're recruiting 8 new group leaders!! Only requirement is that you must be enthusiastic about interdisciplinary research! Come and be my colleague 😊
(RT and spread the word!)
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RT @LSI_Exeter
Academic career opportunities in LSI Exeter!
We are recruiting to 8 positions from Senior Lecturer to Full Professor now.
For more information check our website
https://www.exeter.ac.uk/research/livingsystems/
https://twitter.com/LSI_Exeter/status/1650897251932291082
RT @multicellgenome
#animalorigins #agregation & #Capsaspora in @PNASNews congrats to @jp_gerdt & Núria, who both led the whole project, & rest of team! You rock! And the videos are amazing! #holozoans #diversity #evolution #filastereans https://twitter.com/jp_gerdt/status/1650839591304273920
RT @Pawel_Burkhardt
Thrilled to see ctenophores on the cover of
@ScienceMagazine🤩. Our latest work on the Syncytial Nerve Net in a ctenophore out now. Link: https://www.science.org/doi/10.1126/science.ade5645
Work supported by @MSarsCentre, @UiB, @ERC_Research. #ctenophores #evolution #syncytium.
I saw this remarkable creature once too! Couldn't believe my eyes - yes this recording was taken in real time... look at these crazy shape changes - any biophysicists want to come up with a 'mechanism' for how this works?? #biomechanics #parasites
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RT @tubottle
腹口吸虫類のセリカリア幼虫。やっと全体像が撮れた。2本の尻尾が長すぎる。 https://t.co/k0DqzTwaSX
https://twitter.com/tubottle/status/1648239845486243841
Get your applications in! This will be a great meeting - the preliminary programme is now available too https://www.embl.org/about/info/course-and-conference-office/events/ees23-07/#vf-tabs__section-speakers
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RT @EMBLEvents
Only a few days left to submit your abstract for #EESTCBio! 🧬 Join an interdisciplinary community and discuss perspectives on the role of theory in biology, and vice versa 💡
🌐 http://s.embl.org/ees23-07
📅 18 – 21…
https://twitter.com/EMBLEvents/status/1648248201311338496
RT @RossWaller3
Out today. The micropore is an unusual, stable endocytic structure, found throughout apicomplexan parasites and their dinoflagellate relatives, where it is embedded in the complex cell pellicle that these organisms share.
https://www.nature.com/articles/s41467-023-37431-x.epdf?sharing_token=t2vY0pHzjxxe43Sd64SyJdRgN0jAjWel9jnR3ZoTv0Mi3wBndA7MaEgg2_uItq9Vu_ilEzS_A0Tg447jxVQXfK_BPYAAgity53T2aJklB4A7PV4v0Z0sREYfYYXBNFuWZ5G36jZpF_7G_kTnNkqtj13HjzaeFGVFseR_4H9OMwQ%3D
RT @ricard_sole
Why is symmetry relevant to our understanding of complexity? Because broken symmetries pervade emergence and are fundamental to our understanding of evolution. Check this paper by @sfiscience David Krakauer (& @RSocPublishing Theme Issue) https://royalsocietypublishing.org/doi/epdf/10.1098/rsfs.2022.0075 @drmichaellevin