A Generalizable, High-Throughput Method to Rapidly add Chemical Moieties to a Small Molecule Library

 

This innovative technology encompasses a range of organic compounds with diverse applications, including target identification, drug discovery, chemical library production, high-throughput screening, fluorophore and chemiluminescent compound conjugation, and the development of proximity-induced modulators and chimeric molecules. These compounds are designed to contain specific features such as small molecule moieties for target identification, isocyanate and photoactivatable groups, chemical moieties for detecting target-small molecule interactions, proximity-induced modulator elements, as well as fluorophores and chemiluminescent groups, making them versatile tools for various research and drug development endeavors.

Researchers

Angela Koehler / Brice Curtin / Jasmin Kruell / Catherine Henry / Sebastian Pomplun / Christina Woo / Chia-fu Chang

Departments: Department of Biological Engineering
Technology Areas: Biotechnology: Biomanufacturing, Biomedical Devices & Systems / Drug Discovery and Research Tools: Cell Lines & Organoids / Therapeutics: Small Molecules
Impact Areas: Healthy Living

  • high-throughput method to rapidly add chemical moieties to a small molecule library
    United States of America | Published application

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