We develop and employ high-resolution methods to study Biology where it happens: In Cells

Joined December 2018
49 Photos and videos
'It depends' ... thanks for clarifying @Harvard @MIT @nyuniversity @Penn 🇮🇱
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Just a quick update. Everyone in the lab has been brought to safety. All internationals are evacuated. We regroup online to move forward. We'll be back! 🇮🇱
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These are hard times. We feel your sorrow and we share your grieve. We shall stand strong together! 🇮🇱
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Today is the day. A copy of Israel's Declaration of Independence (in lieu of a formal Constitution) towering over the institute.
“Everything that is really great and inspiring is created by the individual who can labor in freedom” (Albert Einstein) Photo by Gilad First
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".. until the establishment of the elected, regular authorities of the State in accordance with the Constitution which shall be adopted by the Elected Constituent Assembly not later than the 1st October 1948." This never happened.
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What’s happening in Israel today is remarkable … and unique (amongst ‘established’ democracies). Think of #Poland, #Hungary and soon #Austria
Share around the world. We must save Israel’s democracy 🇮🇱💙
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… when you ask men of the past to discuss the future.
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Who is going to lead the way? More such efforts are needed. The future of Structural Biology is in the cell!
Great to see Philipp Selenko from ⁦@WeizmannScience⁩ highlighting our ⁦@wellcometrust⁩ cellular structural biology DTP as an exemplar for the future needs of cellular bioimaging at the ⁦@iNEXT_Discovery⁩ user meeting in Budapest #bioimaging
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Fun facts about the Physics of Biology … but indulge with caution > numbers likely represent boundary limits as they predate (some of the more) modern concepts and quantifications. But you get the point; Cells are amazing!
Cells are very fast and crowded places. A molecule of glucose flies through a cell at 250 mph. A protein tumbles 60 million times per minute. These numbers seem made up. How did we figure this stuff out?
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… I am sorry Dave. I am afraid I can’t do that. #AI #whataboutthefuture
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They grow up so fast 👏👏
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👉 and this one
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Exciting times for Cellular Structural Biology! Mark this announcement👇
In collaboration with the @rbolab, we are pleased to present AlphaLink2 - a modified version of AlphaFold-Multimer that is capable of directly incorporating experimental residue-residue contact data from crosslinking MS (and potentially other techniques as well). (1/7)
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Also elsewhere …
The president and rector of the Hebrew University, as well as the deans, at the head of the demonstration!!
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President and Vice President … this is what strong leadership & good governance looks like
Replying to @WeizmannScience
@WeizmannScience president Alon Chen and VP Ziv Reich out to demonstrate in support of arrested scientist @ShikmaBressler
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Yet another visual reminder of how tensely packed the (bacterial) cytoplasm really is. An impediment to biological fidelity? Far from it. Cellular confinement > probably THE biggest success story in evolution.
I can now load _basically_ every atom from an entire bacterial cell, into #blender3d and #geometrynodes via #molecularnodes. Each macromolecule is down to atomic detail where available via CellPack, totalling ~250,000,000 points, all rendering (quite quickly) in Cycles #b3d
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While many may think that I reviewed this MS (especially if you read the reviewers' comments) ... I didn't. If I had, I'd done it differently. IMO, a lot in this paper is beside the point 🤷‍♂️
An improved method for in-cell NMR is developed using a reporter to evaluate protein delivery and delivery parameters to different cell lines and applied to IDPs and folded proteins including structure determination of GB1 at 1.1 Å resolution. nature.com/articles/s42003-0…
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…. and sometimes I just like to goof around
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I like to ask simple questions (in big letters)
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