Selective modification and synchronized fluorescent labeling of N-terminal glycine-containing peptides: new tools to illuminate life science research
Peptides are important participants in life activities, and their specific…
Blog
Read MoreSelective modification and synchronized fluorescent labeling of N-terminal glycine-containing peptides: new tools to illuminate life science research
Photocatalytic-Precise Glycosylation Modification of Peptides
Glycosylation, as an important post-translational modification of proteins, has a…
Reversed-phase solid-phase synthesis: an innovative tool for peptide synthesis
Peptide synthesis is a key technology for obtaining peptides with…
Peptide peg modification
Peptide drugs have shown great potential in the field of…
Development and application of selective oxidative shut-off rings with multiple sulfhydryl groups
Research background and challenges Selective ring closure of multiple sulfhydryl…
Click chemistry-driven peptide cyclisation: efficient and precise cyclisation technology
Research background and challenges Peptide cyclisation is an important strategy…
PH’s reaction to peptides and their performance in experiments
PH's reaction to peptides and their performance in experiments
FOXO4-Dri Cell Regeneration
FOXO4-Dri which competitively binds p53 and renders FOX04 incapable of binding to p53, allows for more dramatic tissue regeneration by removing old cells from the tissue.