It's finally out! We have found a method for converting arginine into an aldehyde handle in both peptides and proteins. This allows for different applications including selectively adding PTMs into proteins! Yay! https://t.co/AwoSudXTUZ
KFB Lab Alert: Enzymatic Halide Recycling for intermolecular bond formation is now online @J_A_C_S! Congratulations to @ManiksharmaASR, @PascoeCam, Stacey Jones, and @Sophie_in_STEM! And huge thank you to @The_Davis_Lab for an awesome collaboration!
https://t.co/X6zy4vuL6a
Acrolein-Mediated Conversion of Lysine to Electrophilic Heterocycles for Protein Diversification and Toxicity Profiling | Journal of the American Chemical Society @MonikaRaj_lab@EmoryUniversity@EmoryChem
https://t.co/HwyA1xKe6y
Raj lab is thrilled to announce that we’ve swept up 5 awards in Research at both undergraduate and graduate levels including best dissertation award. Congratulations! Benjamin @3LYNDSEY @JohnTalabot ; Sophia and Tuan @EmoryChem@emorycollege#researchExcellence#ScienceWins
Check out the chemical approach for making Allysine PTMs and its application in the synthesis of peptide aldehydes. @angew_chem@TheRajLab1@EmoryChem#allysine#PTMs#peptide
Congratulations! Benjamin Emenike and talented undergraduate Sophia Shaheen https://t.co/02V96mPwqG
Check out the first chemical approach for the selective modification of Dimethyl lysine PTMs to Aldehyde under physiological conditions. @J_A_C_S@EmoryChem Congratulations! Benjamin Emenike (newly minted PhD) from @TheRajLab1#PTMs#TACO
https://t.co/V9LOJIJXks
Introducing Tag-free approach for making and sequencing cyclic peptide libraries for identifying lead compounds for biological targets @angew_chem . Great collaboration and Congratulations! Angele Bruce @VAdebomi@TheRajLab1@SarafianosLab@GBhardwaj8
https://t.co/CxOyIEewAN
I'm proud to share my very first, first author paper! I've enjoyed working with my colleagues in the Raj lab on this interesting reaction and look forward to sharing more of our lab's interesting work in the future. Go team! #biomimic#bioorganic https://t.co/p0JmRo9oSH
Mystery finally solved for our flagship Exclusive intramolecular nature of “CyClick Chemistry” developed by @VAdebomi and Applied by Angele Bruce It is all about IMHB interactions and Zwitterion.Great collaboration with K.N Houk lab @UCLA https://t.co/kFPO3AudE3
Check out the PTM detection method from my lab by Benjamin Emenike. Multicomponent Oxidative Nitrile Thiazolidination Reaction for Selective Modification of N-terminal Dimethylation Posttranslational Modification | https://t.co/6mS3aEFzg3
#jacs@acsJACS
Super proud of undergraduate students in my lab Daniel Wang @WangYW2495 and Patrick Czabala who executed the entire project and published Nature Communications paper https://t.co/p9PUUSrAKf. #proud PI #FuTine#homogeneous bioconjugation #multicomponent
First paper from my lab by @Rach_W11 in the field of Chemical Sensors to visualize biological metabolites inside live cells. https://t.co/4QNb1PSMBo This sensor has the potential to act as a diagnostic tool for early disease detection. @ChemicalScience