Bruce Wang

[Princeton MolBio @PrincetonMolBio]

Wingreen named 2026 Laureate of the Tel Aviv University International Prize in Biophysics, recognizing outstanding scientists whose work has significantly advanced the understanding of biological systems through physical principles. https://t.co/HRHinX8VMW

[Bruce Wang @wang_batman]

@dbikard CBASS against JBD67∆acb from Erin Huiting, et. al, Cell 2023 from the @joeBondyDenomy lab. Fig. 2F: https://t.co/UDEVEEf1mh.

[Ann Cirincione @AnnCirincione]

Excited to share our work in the @bsadamson lab using prime editing for multiplexed dropout screens! We built a platform that can reach high-efficiency editing and tested 240,000 epegRNAs for phenotypes. We saw phenotypes we expected and a few we didn't - check here for details!

[Bruce Wang @wang_batman]

@HarmitMalik @netflix If you liked Pluto, Monster is also on netflix (by the same manga author) -- it's arguably considered his best work. Zom100 and Vinland saga are also pretty good stories!

[Britt Adamson @bsadamson]

Excited to share our work mapping the PARP inhibitor response network! We measured ~300,000 genetic interactions, describe the genome stability network, identify context-dependent GIs revealing unknown PARPi responses, and more—check here for details! https://t.co/9FLG9euQi1

[Bruce Wang @wang_batman]

@OdedRechavi Most times more probes/less input RNA would probably work if your probes are designed for the particular species...

[Bruce Wang @wang_batman]

@OdedRechavi You could increase the ratio of probes/RNA, or you could also design new specific oligos for your organism of interest? NEB has a nice tool, https://t.co/ksvMm4He1S with a kit that uses hybridization with DNAprobes + RNase H digestion: https://t.co/VBOOUMmvPM

[Bruce Wang @wang_batman]

@WallaceUcsf But, since Brownian motion has _stationary increments_ , it cannot be stationary unless the process is trivial: https://t.co/hXdIpjF0m6

[Bruce Wang @wang_batman]

@WallaceUcsf It shouldn't be based on "strict definition" -- the variance of Brownian motion depends on time. Maybe they are conflating "stationary process" with "stationary increments"? Stationary increments is true (B_t - B_s has the same dist as B_{t+k} - B_{s+k}).

[Bruce Wang @wang_batman]

@TomJeon2 hi there tom