Patents/Inventors

Michael Christopher Jewett

Evanston, ILUS15 patents

14 Patents

US124215372025
Ribosome Variants for Sequence Defined Polymer Synthesis
Northwestern University
0 cites
US124104562025
Cell-free Glycoprotein Synthesis (CFGPS) in Prokaryotic Cell Lysates Enriched with Components for Glycosylation
Cornell University
0 cites
US124045332025
Bioconjugate Vaccines' Synthesis in Prokaryotic Cell Lysates
Cornell University
0 cites
US123659302025
Method for Rapid in Vitro Synthesis of Glycoproteins via Recombinant Production of N-glycosylated Proteins in Prokaryotic Cell Lysates
Cornell University
0 cites
US123052112025
Protein Glycosylation Sites by Rapid Expression and Characterization of N-glycosyltransferases
Northwestern University
0 cites
US121880722025
Compositions and Methods for Rapid in Vitro Synthesis of Bioconjugate Vaccines in Vitro via Production and N-glycosylation of Protein Carriers in Detoxified Prokaryotic Cell Lysates
Cornell University
0 cites
US121579082024
Cell-free Protein Synthesis Platforms Derived from Clostridia Extracts
Lanzatech, Inc.
0 cites
US120984332024
On Demand, Portable, Cell-free Molecular Sensing Platform
Northwestern University
0 cites
US119130522024
Cell-free Protein Synthesis Driven Metabolic Engineering
Northwestern University
0 cites
US118981872024
Protein Glycosylation Sites by Rapid Expression and Characterization of N-glycosyltransferases
Northwestern University
0 cites
US118146212023
Expanding the Chemical Substrates for Genetic Code Reprogramming
The Board Of Trustees Of The University Of Illinois
0 cites
US117252242023
0 cites
US116739212023
Cell-free Protein Synthesis Platform Derived from Cellular Extracts of Vibrio Natriegens
Northwestern University
0 cites
US115425382023
Method for Rapid in Vitro Synthesis of Glycoproteins via Recombinant Production of N-glycosylated Proteins in Prokaryotic Cell Lysates
Northwestern University
0 cites