We are hiring a lab manager! Come join us – you'll get to learn anything from mosquito olfaction to cryoEM while working closely with a fantastic group of scientists in a young lab. Interested? Apply below, or spread the word! https://t.co/r1Dmh1PU5h

I am beyond excited that our story where we address the modalities of membrane tension propagation in cells is out @CellCellPress ! https://t.co/DJFSX5KYuX This is the fruit of an amazing collaboration with @OWeinerLab @BustamanteLab @virtual_embryo

The actin cytoskeleton plays multiple roles in structural color formation in butterfly wing scales https://t.co/ICsGAix9sa #bioRxiv

Now online: Raquel Alvarez-Ocana's (@2Raqel9) main PhD work, with key contributions from @MShahand, @tomtom_auer, and @RayVijayaditya in Nicolas Gompel's lab! https://t.co/ttZKXFziBl

Very happy to share my first paper: Gap junctions desynchronize a neural circuit to stabilize insect flight @Nature @uni_mainz @HumboldtUni

A little late on this, but our paper on seven genomes inside one single cell is out! This endosymbiosis involves two bacterial endosymbionts, a phage and a single celled alga. https://t.co/6jniW6LJ8u #phage #endosymbiosis #protists (artwork by Ben Darby)

We are celebrating the election of Don Rio and Marla Feller to the National Academy of Sciences. @berkeleyMCB @FellerMarla

Congrats to MCB's @FellerMarla for being elected to the American Academy of Arts & Sciences @americanacad! 👏🎉 https://t.co/eJja8aZ0bP

Thrilled to be part of this elegant piece of work led by the Kobilka lab. smFRET, MD sims, and NMR to unveil the key role of the intrinsically disordered carboxyl terminus of GPCRs. Finally, out @NatureComms https://t.co/voTX9RWNwM Congrats to all authors! More to come...

New paper out in PNAS about how the ability of vertebrates to see is in part due to a gene we acquired from bacteria. https://t.co/56X8TsdpVN Huge congratulations and thanks to authors @ChinmayK98 @AlexJohnWeitzel, and @BriBerryTea! More below: 1/

The retina contains numerous cell types. To what extent are retinal cell types conserved across species that greatly differ in visual needs? Our new preprint attempts to shed light on this question by integrating single-cell transcriptomic data from 17 vertebrate species.

The Rhodopsin Article in Nature is out ! https://t.co/dTzPo9yPps

Very excited to share our new preprint on visual processing in the octopus! Led by Judit Pungor @traceofpink, together with @jsongco_ and @climbing_octo, we measured the functional organization of visual responses in the octopus brain. 🐙👁️ https://t.co/J99W57NoOl 1/n

It’s finally out!! My first first author paper has been published on eLife! I’m very proud of the work I’ve done with @atiriac1 @FellerMarla and @AndyQuaen. Special thanks to Ben Smith and @Rongshan_Yan for the added support! https://t.co/GDsVFoe8xc @eLife

Embryonic retinal waves! In new study led by superstar student @CVoufo, @AndyQuaen and Ben Smith, a team led by @atiriac1, we describe waves at early stages of development – long before proper neural circuits are present in the retina. https://t.co/3K0MsoB3re

How many neurons do you really need for invariant visual representations? Not many! Read more from my thesis work, out now in the latest issue of Current Biology: https://t.co/AeS8HharKb

Why would you ever think of looking at that!? Very creative work from Rosenberg and colleagues. Definitely worth a read! https://t.co/Zzk03BRyRj

We are thrilled to share our latest work of the atomic structure of the central apparatus (CA) within the famous "9+2" architecture of motile #cilia. https://t.co/wvJpcfOLE5

(1/10) Excited to share our cryo-EM structure of gas vesicles, providing buoyancy to microbes (and recently also genetically encoded ultrasound contrast to scientists)! https://t.co/eDagsHkeOO Congrats to everone involved: @CryoTUD, Wiel Evers, Dion Terwiel, @DMarescalab.

A review on retinal feature representations and their uses in the brain. Hopefully, it is useful to some. https://t.co/AmOMcZRW3c