Einat Tamar

[Einat Tamar @Einat_Tamar]

E. coli and T7 phage migrate, interact, and diversify in a spatially structured environment:
https://t.co/ku60WDRbBr
@RoyKishony @TechnionLive @BiologyTechnion

[Miri Adler @MiriAdler]

Very excited to share our new paper in @CellReports - the first Adler Lab in-house paper! 🎉

Led by @SYonassi, @noaGoldenber & @AviaWalfisch, together with @Eitan42Cohen, @Einat_Tamar & @XuZhouLab.

We ask how supportive cells coordinate division of labor across tissues.
🧵

[Aviv Tamar @AvivTamar1]

We can, for the first time, visualize 3D inner structure of soft objects from artificial touch!

Super excited about the future possibilities of this technology in medicine, robotics and beyond. Check it out!

#RSS2026

[Aviv Tamar @AvivTamar1]

Excited to share progress in understanding and visualizing artificial touch!

An interdisciplinary effort, with potential applications in medicine and robotics.

Check it out, and chat with us at #NeurIPS2025 to learn more!

W/ @ZoharRimon, @shafer_eli, @talt80, @Efrat_Shimron

[Roy Kishony @RoyKishony]

1/n Can LLMs perform scientific research? And, can they do so while enhancing key scientific values including transparency, traceability & verifiability? Check out our preprint on the "data-to-paper" platform. w the amazing @TalIfargan @LostInTranscrip https://t.co/60Go3TR5tn

[Akos T. Kovacs @EvolvedBiofilm]

Happy to share our @ISMEJournal paper how competition for iron shapes interaction of Bacillus subtilis and Pseudomonas marginalis
https://t.co/agcfAe8vs3

A project led by @MarkLyng5 in colaboration with @cemist_dtu colleagues
-funded by @GrundforskFond & @novonordiskfond

👇🧵

[Justin Meyer @justinrmeyer]

Inferring strain-level mutational drivers of phage-bacteria interaction phenotypes | bioRxiv https://t.co/P7d22E2mOD

[Justin Meyer @justinrmeyer]

Our newest paper was published today, a capstone to our work on gain-of-function evolution, phage-bacterial interaction network formation, and microbial diversification.

[Roy Kishony @RoyKishony]

Introducing "data-to-paper": autonomous AI research! We've let it play with the large CDC Health Survey Dataset. Went to lunch. When back, it had already chosen several research topics, wrote data analysis codes, interpreted results and wrote 5 transparent, reproducible papers.

[Nitzan Aframian @AframianNitzan]

What does “abortive infection” even mean, really??
Happy to share our opinion paper at @TrendsMicrobiol, where we highlight some problems with the prevalent abi/non-abi distinction within anti-phage defense, and propose an alternative framework.
https://t.co/5bfPCoJ1s6

[Erez Tzvi Yirmiya @ErezTzvi]

I’m super excited to share our new preprint! Using comparative phage genomics, we identified multiple families of anti-defense proteins that inhibit the Gabija, Thoeris, and Hachiman defense systems.
https://t.co/PQWC07mZwa

[Uri Alon @UriAlonWeizmann]

Damage dynamics in individual E. coli cells as they age explains why identical cells die at different times.
Amazingly, damage follows a stochastic equation found also in mice. Aging may be universal in its fundamental dynamics. #qbio #aging
https://t.co/sWUApoalFx

[Justin Meyer @justinrmeyer]

Proud of @jm_borin for his recent paper from our lab in collab w/ @joshuasweitz. This work makes the findings from my most cited paper seem trivial. Really beautiful work! 1/7

https://t.co/gNq34PNAgy

[Joe Bondy-Denomy @joeBondyDenomy]

Years ago, we wrote a proposal about using phage anti-defense genes to discover new defense systems. The idea was to take advantage of anti-defense gene clustering (islands) to ask what the neighbors of known anti-RM/CRISPR genes are inhibiting. 1/5
https://t.co/FTIzsySViW

[Vivek Mutalik @vivek_mutalik]

Super excited to share the product of a fun collaboration with @HansCarlson3 on how 80 different inorganic ions & carbon sources influence phage infection & how these higher order interactions impact microbiome function. #ENIGMA_SFA @LBNLBioSci

[Avigail Stokar-Avihail @AAvihail]

I am excited to share with you the final version of my work @SorekLab studying

💠How bacterial immune systems sense phage infection💠

Published now in @CellCellPress🍻
https://t.co/HZYdOoHc5f

See thread below for a recap and highlights added during the review process ⬇️
1/11

[Michael Baym @baym]

Come learn about the latest work from my lab, lead by @nquinoneso and @implosian. It's an exploration of some truly weird phages that parasitize horizontal gene transfer!

[Akos Nyerges @AkosNyerges]

Today in @Nature we share our work describing
• how to achieve resistance to natural viruses,
• a technology that prevents the escape of engineered genetic information,
• how viruses overcome genetic-code-based resistance.

https://t.co/fZlLxWPBky

[BalintKintsesLab @KintsesLab]

Years long hard work has finally borne fruit with our paper out in @NatureMicrobiol! We studied antibiotic resistance #AMR by employing engineered #phages to deliver large DNA libraries into clinical strains together with @ApjokGabor @SysbioS

Read more: https://t.co/JbcyMZJh0x

[Rafal Mostowy @RafalMostowy]

Pls RT // We have a postdoc position available at our lab at @MCB_UJ. It's an exciting & ambitious project at the intersection of evolutionary genomics and protein evolution to help understand the arms race between bacteria and phages. Deadline: Sun 12 Feb
https://t.co/eTrWzXT6cx