Prof. Jonathan A King

Professor of Molecular Biology, Emeritus

Primary DLC

Department of Biology

MIT Room: 68-223B

Areas of Interest and Expertise

Genetic Analysis of Protein Folding and Subunit Assembly
Studies on Deciphering the Code Through Which Amino Acid Sequences Determine the Three-Dimensional Structure of Proteins
Isolation of Mutants Blocked in Polypeptide Chain Folding
Identification of Gene and Amino Acid Sequences Controlling Folding Pathways
Polymerization of Subunits into Virus Capsids
Mechanism of Inclusion Body Formation
Structural Biology
Microbiology
Biochemistry and Biophysics
Therapeutic Protein Biotechnology
Biological Oceanography
Computational and Systems Biology

Research Summary

Deciphering the rules through which the amino acid sequences of polypeptide chains direct the folding and assembly of ß-sheet proteins: Identification and characterization of the misfolded and inclusion body states that represent the failure of protein folding processes, with particular emphasis on folding defects from thermal stress. Investigation of the folding and association of human lens crystallins implicated in cataract formation. Protein folding and thermal stress responses in marine cyanobacteria and their phages: protein visualization tools for instruction and science education.

Recent Work