Howard Morris pioneered the field of biomolecular mass spectrometry with the introduction of new strategies and instrumentation for the detailed structure elucidation of complex biologically active molecules, proteins and glycoproteins. Howard was the first to develop a successful mass spectrometry strategy for sequencing protein-derived peptides, and used it to characterise de novo protein sequences as well as to identify biologically active peptides including the first of the endorphins, enkephalin.
His methods have proven particularly powerful for posttranslational modification determination for the discovery of glycosylation or gamma-carboxylation, for example — important for biological function, but not predictable from gene sequencing data. His methods, including the concept of peptide and glycopeptide mapping, are now fundamental to the characterisation of new medicines in the biotechnology and pharmaceutical industries.
Howard’s work has been greatly influential. In particular, his contribution to the development of the Q-TOF (quadrupole orthogonal acceleration time-of-flight) instrument has fuelled the proteomics revolution. His many accolades include the Franklin Medal of the Institute of Physics and the Royal Medal of the Royal Society.
Emeritus Professor of Biological Chemistry, Department of Life Sciences (South Kensington), Imperial College London
Member of Audit Committee, Institute of Cancer Research
Emeritus Professor of Biological Chemistry and Senior Research Investigator, Department of Life Sciences, Imperial College London
President and CSO, BiopharmaSpec Ltd
Interest and expertise
- Biochemistry and molecular cell biology
- Biophysics and structural biology
Protein and Glycoprotein Chemistry, Mass Spectrometry, Structure elucidation of biologically active molecules, Chemical Mechanisms, Antibody Drug Conjugates (ADCs)