Scientists in the Chaudhari Lab are shedding light on why the drug methotrexate is not effective at treating gut-related inflammation. In the process, they discovered a promising new strategy for treating inflammatory bowel disease in mice. Read more: https://t.co/KCSKMmxyo3
Congratulations to Wei Wei, who has received a 2026 Glenn Foundation for Medical Research Grant for Junior Faculty from the @AFARorg! Read about @Wei_Lab_WISC's research: https://t.co/iu2doqKqNq
Join us for Biochemistry Colloquium with Jennifer Bridwell-Rabb on Monday, Nov. 9. The @BridwellRabbLab investigates metalloproteins, leverages metalloprotein chemistry, and uncovers structure-function relationships in enzyme classes. More info: https://t.co/bZQgynzeHw
Honored to receive a 2026 Glenn Foundation for Medical Research Grant for Junior Faculty!! Grateful for the generous support and mentorship from @longlabstanford@LammingLab@JudithSimcox, and the support from our department @UWBiochem
https://t.co/3BurXjGnnA
Join us for Biochemistry Colloquium with Henry De Belly on Monday, November 2. @Henry_de_belly's lab @UTSWMedCenter studies how mechanical forces shape cell behavior within tissues. More info: https://t.co/eIJC9UFf3o
We are #hiring for a professor at any level in the field of solid state nuclear magnetic resonance! Apply online by October 30: https://t.co/UL6IEJejYT
We are #hiring for a professor at any level in the field of solid state nuclear magnetic resonance! Apply online by October 30. https://t.co/UL6IEJejYT
#NMR#ssNMR
Biochem Colloquium on Oct. 26 will be given by Luke Gilbert. Their lab uses CRISPR technologies to edit the epigenome and transcriptome of cancer cells, modelling how oncogene & non-oncogene addiction & tumor heterogeneity dictate cancer drug response: https://t.co/6QhzhxCs9c
Join us on Monday, October 19 for Biochemistry Colloquium with Marian Walhout. The Walhout Lab @UMassMetNet studies communication between metabolic and gene regulatory networks. More info: https://t.co/9MVlu945Yd
Congratulations to Professor Monica Neugebauer on receiving a 2026 High Risk, High Reward New Innovator Award from the @NIH! With the award, @NeugMonicaElena plans to explore the untapped potential of nickel-dependent enzymes. Learn more: https://t.co/4x9QNuX76q
Deadline Oct. 15: We are hiring for a professor at any level to join our creative and dynamic community. Candidates in all areas of #biochemistry will be considered, and we are particularly interested in candidates in systems and synthetic biology. https://t.co/FPjWCU0bBf
We are #hiring for a professor at any level in the field of solid state nuclear magnetic resonance! Apply online by October 30. https://t.co/UL6IEJejYT
#NMR#ssNMR
Phages use molecular “jackhammers” to drill through polysaccharide capsules that protect bacteria. What determines how these molecular machines work and which capsules they recognize? In our new paper, we mapped >22,000 mutations in the K1F phage tailspike, revealing the structural constraints and adaptive hotspots that control capsule degradation and host range. These maps identify positions that could potentially be engineered to redirect phages toward new capsule chemistries. Great work by Sarah Evert!
https://t.co/kheWjOX9fs
We're hiring! The Biochemistry Dept is looking for a professor at any level to join our creative community. Candidates in all biochemistry areas will be considered. Apply by Oct. 15: https://t.co/FPjWCTZDLH
This month, the Department of Biochemistry welcomed Rae Brown to the team of instructional faculty, whose primary role is developing and teaching undergraduate biochemistry courses. Get to know more about Rae through their Q&A! https://t.co/O7IjwphYdf
The @vatsanraman lab has developed an AI model that identified phage mutations capable of infecting bacterial hosts up to 6 orders of magnitude more effectively than naturally occurring phages, opening new possibilities for alternatives to antibiotics.
🔗 https://t.co/hWLaR9XQ7N
Join us for Robert Mejia's Ph.D. thesis defense on September 30! His research in the Brian Fox and Erica Majumder Labs explored possibilities for engineering E. coli to upcycle sugars from industrial waste into a bioplastic. Learn more: https://t.co/YNmnosbXHE
Biochemists at #UWMadison are using AI to tackle one of modern medicine’s most pressing challenges: the rise of antibiotic-resistant bacterial infections.
https://t.co/gCkGjx05z4
Join us for Biochem Colloquium on Sept. 28 with Vishwa Dixit. The @VishwaDeepDixi1 Lab studies interactions between metabolic & immune systems to reveal molecular targets that can be harnessed to control inflammation and immune dysfunction. More info: https://t.co/csK94a7q0Q