Ran_Zalk_BGU_Cryo_EM

Proteins biochemistry and structural biology. Head of the cryo-EM unit @bengurionu

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

Congrats @HahamIris and team!
https://t.co/mikVFj1BY8

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

Nice
!
Gating Mechanism of the Human Connexin 45 Gap Junction Channel https://t.co/9u7kMTNF6A

[Alexander Sobolevsky @AlexanderSobol6]

Officially out in Nature Communications: Structures of the most abundant AMPA receptor di-heteromer in the brain GluA1/A2 in the closed, open, and desensitized states! @shantigangwar @MariaKarela3 @LauraYen42 @MKCMU
https://t.co/rBpyYpiu7g

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

The assembly rules guiding hetero-oligomeric bacterioferritin organization and their evolutionary signature | PNAS https://t.co/LhDZWx1E0J

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

@Avinoam_lab @WeizmannScience @ERC_Research Congratulations Ori, looking forward to seeing whats next from your lab!

[Monsonego Lab @MonsonegoLab]

Recently honored to host the UK Ambassador to Israel, Simon Walters (@simonwaltersuk), at our lab at Ben-Gurion University ! 🇮🇱🇬🇧 We had an insightful discussion about the challenges of Alzheimer’s disease. Thank you for supporting scientific cooperation! @bengurionu @ukinisrael

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

This looks very useful!

Flexible fitting of AlphaFold2-predicted models to cryo-EM density maps using elastic network models: a methodical affirmation https://t.co/YXhLeYYu9k

[Kato @oxkawaka]

A new paradigm for outer membrane protein biogenesis in the Bacteroidota

BAMの新しい複合体構造

https://t.co/IutQyNJfDl

[Dor Salomon @DrDorSalomon]

🚨 Happy to share our new preprint in which we explore different layers of the phage-bacteria arms race.
The highlight: phage homing endonucleases attenuate bacterial defenses 🤯
A 🧵... (1/7)
#bacteriology #antiphage #T6SS
@TelAvivUni @TAUMedFaculty
https://t.co/FJUg8Cyr6h

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

Very nice! Congrats @AlexanderSobol6 and team!

[NatureStructMolBiol @NatureSMB]

New online! Activation of kainate receptor GluK2–Neto2 complex https://t.co/k1bF5cswTJ

[Dan Levy @DanLevy_BGU]

Very excited to share our latest study uncovering a functional cross-talk between BRD4 and MITF on chromatin in melanoma cells. A fantastic collaboration with @bernstein_lab, now published in NAR Cancer.
👉 https://t.co/hTc0qAZlYx

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

wow, congrats Ohad Medalia and team!

[NatureStructMolBiol @NatureSMB]

New online! The molecular basis of lamin-specific chromatin interactions https://t.co/uJjMdRMw7V

[Israel Fernandez @IsraelF96135088]

Pre-print out from the @SternbergLab with our contribution on the structural side. Great effort from Matt, Egill Tanner and the rest of the team leaded by awesome Sam!
A 1 year effort on my side learning helical reconstruction by cryoEM... 👇

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

@DvirHarris have a look at his publication list, its not very long, the impact 🤯

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

Sweet!

[Cell @CellCellPress]

In the latest issue! The structure of human sweetness https://t.co/E2EMJHv4n9

[Ehud Ohana @EhudOhana]

🔥🔥🔥🧬 Excited to share our latest paper @NatureComms. A metabolic transport pathway that senses/synchs glucose + Krebs cycle intermediates. https://t.co/cVXYyN3yrr
🔬 🩺 #metabolism #diabetes #liver #bioenergetics . Kudos to Noa, Ahlam, Aharon & colleagues!

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

@DvirHarris NICE!
congrats Dvir!

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

A fun collaboration with Niv Papo and team! @bengurionu on nanobody interactions with PSMA as a prostate cancer targeting approach, below two nanobodies bound to the same target! https://t.co/065wTn8Gbn

[Beeby lab @BeebyLab]

New study shows how bacteria evolved powered-up propellers https://t.co/eKXKHbLDvl ... https://t.co/i3shDpAY3e

[Ran_Zalk_BGU_Cryo_EM @zalk_r]

Impressive work @WeizmannScience
https://t.co/OkJvcPgPFD