Metallobiochemistry lab at UTSA
@feradlab
Dr. Aimin Liu's MetalloBioChemistry Lab at the University of Texas at San Antonio (student run).
ID: 1286695154385072130
24-07-2020 16:10:18
126 Tweet
128 Followers
281 Following
Congratulations Liu Lab (Dr. Kathy F. Liu) !
Congratulations to our very own Cassadee for receiving the Abrams award which recognizes the achievement of students in their first year of the PhD program and the great promise for future accomplishments! UT San Antonio UTSAChemistry College of Sciences
Check out the most recent work from Romie and how she revealed the structural rationale for the unprecedented high-spin ferric-hydroperoxo (also known as compound 0) in CYP121 bit.ly/46cFNfC. Congratulations Romie! Can’t wait to see your next new finding! College of Sciences
Congratulations Liu Lab (Dr. Kathy F. Liu)! Your successes are an inspiration to us!
Congrats Cassadee Stagliano, for passing your candidacy exam with flying colors! We're excited to hear about your future discoveries in the heme enzyme field UT San Antonio College of Sciences UTSAChemistry
ADO is pivotal in the regulation of oxygen sensing and thiol metabolism. We present evidence of a catalytic metal(3+)-bound superoxo intermediate, challenging the status quo of a high-valent ferryl intermediate in the thiol dioxygenase mechanism J. Am. Chem. Soc. pubs.acs.org/doi/10.1021/ja…
The Liu lab Summer2024 pickleball competition was a great success. Our students need to work harder to improve their pickleball skills since Aimin Liu gave no quarter and decisively won! Can't let this happen again... UTSAChemistry UT San Antonio College of Sciences
We were very happy and honored to have lab alumnus Capt. Ian Davis join us for a dinner with the whole group. It was great to hear about your new work and life experiences and know that you are thriving, Ian! Georgia State University UT San Antonio UTSAChemistry
New NIH grant! Join us to study amino acid metabolism, oxidation, crosslinking by metalloenzymes using Chem Biol, site-directed incorporation of noncanonical amino acids, spectroscopy, crystallography, and cryoEM (bit.ly/4daCqK9; contact: [email protected]) #ScienceJobs
Temperature is an important factor for pathogenic protein. See how KatG regulates its activity by an N-OOH adduct and uses its MYW cofactor to direct its oxidizing power towards peroxide decomposition rather than peroxidase activity Angewandte Chemie UT San Antonio
Whoa, hey there boss! Your innovative ideas and consistent support puts your students (us!) in optimal conditions to thrive. We are very happy to see UTSA recognize your efforts! @UTSAchemistry College of Sciences @UTSAtoday utsa.edu/today/2024/11/…
Check out our new publication! Structural insights into 2-oxindole-forming monooxygenase MarE: Divergent architecture and substrate positioning vs. tryptophan dioxygenases sciencedirect.com/science/articl… The Welch Foundation Journal of Biological Chemistry
The world of enzyme catalysis is expanding! Ms Graciano & Aimin Liu highlight the increasing diversity of protein-derived cofactors, crucial for enzyme innovation. Read their review: doi.org/10.1039/d4cs00… #enzyme #biocatalysis #cofactor UT San Antonio U.S. National Science Foundation @NIGMS The Welch Foundation
New publication alert! Check out our findings on MarE chemistry and how our engineered loop-swapping between MarE (SLGGR) and TDO (GTGGS) showed the importance of its role in directing oxygenation outcomes! Angewandte Chemie UTSAChemistry doi.org/10.1002/anie.2…
Hey y'all! Check out our new paper from Ephrahime and company lending understanding to L-Tyr's amino group in the His-ligated heme enzyme tyrosine hydroxylase, clarifying its catalytic role via substrate analogs UTSAChemistry College of Sciences @ACScatalysis pubs.acs.org/doi/10.1021/ac…