Our most recent publication on anti-amyloid chaperone protein CsgC is out now! Special thanks to Sarabella for the JBC cover design which perfectly captures this work. Check it out here: https://t.co/U9KTx63WwP
I'm so fortunate to have great mentors who are superb human beings. Thanks to @mattchapman22 for a wonderful evening. It was great to catch up with @Chapman_Lab. Thanks to @caglatukel for this opportunity!!
I’m happy to announce that I successfully defended my Dissertation on Monday. Thank you to everyone who joined us at the defense, we had a packed house! And of course, thank you to everyone in the @Chapman_Lab for helping me finish this life goal. On to my next challenge!
I'm happy to announce that I've been awarded a Rackham Predoctoral Fellowship! Thank you to
@umichgradschool! Also, big thanks to the members of
@Chapman_Lab and @UMChemBio who have helped me get this far in my graduate studies. #UMChembio
https://t.co/zYGURhzPzA
The second publication this year for our graduate student @Abalist_chembio! He and Emily were able to put together a great review arguing for the importance of functional amyloids in cellular biology. Give it a read and let us know what you think!
https://t.co/kMRCLSo5rB
First manuscript to leave the "Ant Farm", led by graduate student Anthony (Antz) @Abalist_chembio and highschool students Soorya and Ethan (now college bound).
All of our papers are awesome, but we're particularly proud of this work
https://t.co/pWHfFfvGsT
What we learn from this is to not be too attached to any one answer early on that paints us into a corner.
More information makes our answers better.
It is on us all to think critically about new information and to ask the right questions.
Urinary tract infections: microbial pathogenesis, host–pathogen interactions and new treatment strategies
Klein and Hultgren discuss how novel insights may guide the development of antibiotic-sparing therapeutics
@HultgrenLab
@Roger__Klein
https://t.co/HgpHtJHDyN
So proud of this paper and all the hard work that went into this story. Bacterial curli fibers produced in the gut can accelerate alpha-syn aggregation in the brains of mice @Jain_Lab https://t.co/OyR7K0FSK0