Freshly brewed precision targeting from the lab:
single residue, specific bacteria, within a mice ...highly specific bioconjugation translating from in vitro to in vivo landscape
@ChemRxiv - https://t.co/alqJRRg0f6
It provides a logical way of planning new routes to drive selectivity components in protein modification. Thanks, @ACSCentSci. Looking forward to how it contributes to protein bioconjugation, biologics, and precision therapeutics.
Proud of my team members, @iam_kmohan and @Ragendu96 representing @plabeltech at Startup Conclave, India-International Science Festival
https://t.co/SP6soJkFmo
#FundingNews
@CCAMP_Bangalore invests in Immuno-Oncology Startup #NKure Therapeutics
They are developing safe & effective Natural Killer cell-based cancer therapy, with the mission to bring such treatment at an affordable price
@startupindia@DPIITGoI
Protein-based therapeutics require precise modification and labeling strategies. @vishal_iiserb and co-workers @chm_iiserb present a method for single-site selective labeling of lysine residues via linchpin-directed catalysis in native proteins. https://t.co/rfiEGf6olH
Protein conjugates hold great potential for therapeutic applications. In this #review, Y. Wang et al. @UMNews discuss recent progress in protein conjugates to regulate from intercellular interactions, to intracellular pathways, and cell proliferation. https://t.co/thSGrgS2D9
New from Vishal Rai and first author Tularam Sahu: 'Residue-specific N-terminal glycine to aldehyde transformation renders analytically pure single-site labeled proteins'.
@vishal_iiserb, @chm_iiserb, @iiserbhopal
https://t.co/PjqakLJVt3
.@vishal_iiserb report a method using cysteine-based chemoselective Linchpin Directed site-selective Modification of the lysine residue in a protein
https://t.co/TpoelHppFn
.@vishal_iiserb report a method using cysteine-based chemoselective Linchpin Directed site-selective Modification of the lysine residue in a protein
https://t.co/TpoelHppFn
Check out the latest work from Vishal Rai and first authors Tularam Sahu and Maheshwerreddy Chilamari:
'Protein inspired chemically orthogonal imines for linchpin directed precise and modular labeling of lysine in proteins'
@vishal_iiserb, @chm_iiserb
https://t.co/o1FXORzIZo