Max Unger
@MaxUnger_
Chemistry-Chemical Biology Ph.D. Student @UMich | @NSF Graduate Research Fellow | @UWMadison Alum | We eat and breathe to rotate the tiny engines that make ATP
ID:1474096860868579329
23-12-2021 19:17:54
85 Tweets
78 Followers
322 Following
Big congratulations to Martell Group UW–Madison first-year David Hardy and alum Max Unger for winning the U.S. National Science Foundation #GRFP ! Very happy for them!
Congratulations to our #MichiganChem graduate students who were awarded U.S. National Science Foundation Graduate Research Fellowships for 2024!
A massive congratulations to Katelyn and Max!! Incredibly well deserved recognition for these two @umich Narayan Lab @ UMich scientists 💛 Katelyn Brown Max Unger 💙👏👏👏
Congratulations to Katelyn Brown and Max Unger for receiving NSF GRFP!!! We are so proud of you both 🤩
#Biocats #GoBlue Michigan Chemistry UMLifeSciences
The amazing work of Dr. Ye Wang, Katie Jane Torma, and Dr. Josh Pyser in collaboration with the Zimmerman Group is finally published on ACS Central Science! Congratulations to the team! #BioCats #SubstrateSelectivity
pubs.acs.org/doi/10.1021/ac…
Sarah Franklin is the moment! 💁♀️
Wisconsin Volleyball Outside Hitter Sarah Franklin is the AVCA National Player of the Year 🐐
#NCAAWVB
Yeah, engineered enzymes to eat PET plastics! Big congratulations to Jeff Martell and his team (@MaxUnger, Mario Cribari, Ashley)! Glad that our simulations by Ilona C. Unarta provided some mechanistic understanding of the screened mutants! Our 2nd collaborative paper with Jeff’s group!
Enzymes are promising catalysts for eco-friendly plastic recycling, but how can we make them faster? We developed a method to screen millions of enzyme mutants for enhanced plastic degradation! J. Am. Chem. Soc.
1/n
doi.org/10.1021/jacs.3…
Ultrahigh-Throughput Directed Evolution of Polymer-Degrading Enzymes Using Yeast Display | Journal of the American Chemical Society Jeff Martell Martell Group UW–Madison UW–MadisonChem #Polymer #Degrader #Enzymes #Yeast Scientific American NYT Science pubs.acs.org/doi/10.1021/ja…