Wrapping up an amazing 4th annual Mass Spec Day @jhu.edu is @jyates.bsky.social with a talk on the mechanism of CF. “Every day is mass spec day!” Thank you to our speakers, sponsors, and my fellow co-organizers. Looking forward to seeing yall @asms.org in #Baltimore!

Wouldn’t have been possible without the indefatigable @leunglab.bsky.social a brilliant co-organizer! Very pleased the day was such a success. Special Thanks to student speakers who really took things up a notch!

Anthony Leung@leunglab.bsky.social · last yr.

What a fantastic day of science at FCBIS! @friedlab.bsky.social and I had a blast co-organizing this exciting dive into the chemistry-biology interface—great conversations, amazing energy, and a standout keynote by @edwardmarcotte.bsky.social. Thanks to all who joined us!

Though putting on FCBIS 2025 was a lot of work, I think it was worth it and hearing this from friends is so satisfying! I’m glad we could bring our community together for a day of exchange, learning, and good times! Next year in Newark DE!

Jordan Meier@doc-jlmeier.bsky.social · last yr.

Congrats to Stephen Fried & Anthony Leung for putting on a stellar FCBIS 2025. Absolutely wonderful to see NIH fellows present great chembio alongside colleagues from JHU, Delaware, Penn, UMBC and other regional institutions. We needed this! 🦀🧪🦀 @friedlab.bsky.social @leunglab.bsky.social

New AP story about HHS passback budget and NIH reorganization. www.newsday.com/news/nation/... 1/2

Draft budget plan proposes deep cuts across federal health programs

A draft budget proposal circulating among federal officials would dramatically deepen cuts at the nation's top health agency, eliminating some public health programs entirely and serving as a roadmap ...

newsday.com

Excited to share some work in our collaboration between @fried_lab and Ed O'Brien @psu_chemistry, just published in @ScienceAdvances : www.science.org/doi/10.1126/.... Here we describe the structural basis for stretched exponential kinetics in protein folding. A thread.

Protein misfolding involving entanglements provides a structural explanation for the origin of stretched-exponential refolding kinetics

Protein misfolding involving entanglements could be the structural origin of power-law distributions of folding times.

science.org

Hey #proteinfolding #biophysics #TeamMassSpec #proteomics people: After a long social media hiatus, @friedlab.bsky.social is back on @bsky.app. Looking forward to connecting with you all in this space, and filling my day with less alt-right/crypto/AI-nonsense!