Anthony Watts (biophysicist)

Since his PhD, Tony Watts has had an interest in both model and biological membranes, using a wide range of biophysical methods to characterize vesicular, model, reconstituted and natural membranes. In early work, lipid-protein interactions were investigated exploiting ESR approaches to relate lipid dynamics to function. In Oxford, newly developed wide-line NMR was developed to characterize surface specificity of lipid-protein and peptide interactions in membranes. More recently, novel solid state NMR approaches have been developed and exploited to resolve high resolution conformational and dynamic details directly of ligand-targets interactions in the absence of target structure, with GPCRs being the current focus. He has published using a wide range of biophysical methodologies, with a focus on understanding structural explanation of biological function – https://scholar.google.com/citations?user=dsSTSaIAAAAJ

2025, Dimitrie Cantemir Medal at the Academy of Sciences of Moldova; 2024, Hon Member, Hungarian Biophysical Society; 2015 Royal Society of Chemistry Interdisciplinary Prize ; 2015 Biophysical Society Anantrace Membrane Protein Award and Prize; XXV Godnev Annual Lecture and Award, National Academy of Sciences, Belarus (2014); “Frontiers in Sciences” Lecturer (2008), Texas A&M University, USA; Distinguished Professor, Kyun-won University, Seoul, Korea (2004); International Advisor, Korea Research Institute of Bioscience and Biotechnology (KRIBB) (2004 on); Hascoe Medal Lecturer, University of Connecticut, USA (2004); Royal Society of Chemistry Award for Biomembrane Chemistry for 2001; Moses Gomberg Lecturer, University of Michigan, USA (2001); Wilsmore Fellowship to the School of Chemistry, University of Melbourne, Australia (2000); The 1998 ANZMAG Lecturer; The Biochemical Society (UK) Morton Lecturer (1999); The Pfizer Lecture, University of Sheffield (1992); SERC-CNRS Maxime Hanss Prize for Biophysics (1992); Fulbright Scholarship (1987–88); 350th Commemorative Medal, Helskini University, Finland (1990).

• Watts, A. (2012) Exploiting magnetic resonance spectral anisotropy averaging to gain biological details in biomembranes. Encyclopaedia of Magnetic Resonance – Historical Perspectives (E. D. Becker, Editor) Wiley Interscience

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