Prof Howard Morris, Chairman and CSO of BioPharmaSpec, whose work has pushed the boundaries of mass spectrometry, has been awarded the 2014 Royal Society Royal Medal.

Click here for official announcement.

The reverse of the royal medal featuring Sir Isaac Newton
The reverse of the royal medal featuring Sir Isaac Newton

 

Research by Howard who is also Emeritus Professor of Biological Chemistry at Imperial College has improved our understanding of living systems at the molecular level, in health and disease, by using advanced spectrometry to elucidate the structures of newly discovered, biologically active materials.

The Royal Society award recognises Professor Morris’s pioneering work in biomolecular mass spectrometry, including contributions to strategy and instrument design. The award also recognises his outstanding entrepreneurship in accelerating the release of new medicinal products by characterising biopharmaceutical molecules. The Royal Medals, which are also known as the Queen’s Medals, are awarded annually for the most important contributions in the physical, biological and applied sciences.

Professor Morris has worked in the field for almost 50 years. He joined Imperial in 1975 and has been both Head of the Department of Biochemistry and Joint Head of the Life Sciences Division. He received his BSc and PhD from the University of Leeds, where he achieved the first mass spectrometric sequencing of protein-derived peptides in the late 1960s. He spent his initial post-doc days at the University of Cambridge Chemical Laboratory, and then at the MRC Laboratory of Molecular Biology, Cambridge. Professor Morris founded the Imperial College Biomolecular Mass Spectrometry Group in 1975. At the time, mass spectrometry instruments were designed to investigate low molecular weight chemicals, rather than explore more complex, involatile biochemicals with higher molecular weight, such as proteins and carbohydrates. He spent much of his career addressing this limitation by working to improve the design and push the boundaries of instruments so that they could address more effectively the special problems of size, polarity, complexity and sensitivity associated with important biological problems, contributing to a number of developments including the widely used Q-TOF instruments.

Professor Morris’s research has made significant contributions to proteomics and glycoproteomics – our understanding of the structure and function of proteins and glycoproteins. He elucidated the structure of several natural products including enkephalin, the first endorphin to be discovered. Many of the strategies and protocols used in mass spectrometric laboratories today are based on his early work, such as his concept for simultaneous sequencing of multiple peptides, which led to peptide “mapping”.

Professor Morris also founded M-SCAN in 1980 to apply his mass spectrometry mapping and sequencing strategies to the biotechnology and pharmaceutical industries. M-SCAN merged with SGS in 2010. Earlier this year Howard founded BioPharmaSpec to work on pre-clinical projects, such as characterising a new class of pharmaceutical known as antibody drug conjugates.