Selective modification and simultaneous fluorescent labelling of N-terminal glycine-containing peptides
Peptides are important participants in life activities, and their specific…
Category Technical results
Read MoreSelective modification and simultaneous fluorescent labelling of N-terminal glycine-containing peptides
Photocatalytic-Precision 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 to obtain peptides with…
Peptide peg modification
Research Background and Challenges Peptide drugs have shown great potential…
Precision modification of cysteine-containing peptides or proteins using alkylthiophenium salts
Background Bioorthogonal chemistry, as a versatile method to achieve selective…
Efficient Peptide Synthesis Technology Based on Dynamic Covalent Chemistry-Production Study
Background and challenges Since the synthesis of the first peptide…
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…
MOL Changes is a research and development organization specializing in the field of peptide science and is committed to providing multiple viable research avenues for the advancement of peptide science.
Get in Touch
- WhatsApp:+86 183 7515 8599
- Email：info@molchanges.com
- Mon-Fri 08:00 AM - 08:00 PM
- No. 58, Airport Avenue, Changsha
© 2023 MOL Changes Biotechnology Co., Ltd. All Rights Reserved.
- Home
- Terms & Conditions
- Privacy Policy
- Sitemaps