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! 🇮🇱
".. 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.
This was a panel discussion on the future of Structural Biology. Age of participants: KW 84, JF 83, JD 79, HM 74. Moderator WL 74. Any question? https://t.co/iqY2D3yDpb
@RolandDunbrack What a geriatric shi* show (and not just because of Kurt). This is what you get when you allow men of the past to discuss the future. 🤦♀️ 🤦♂️
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
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?
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)
@PappulabWashU @LemkeLab@Nature@HummerLab@Beck_Laboratory@MiaoooYu While I agree with @PappulabWashU on the beauty & quality of this study 👏 👏 one (the?) key finding is: in-situ differs from in-vitro … and in fundamentally important ways (for Biology). Cells are amazing!