Group Members
Professor Steven P. Brown S dot P dot Brown at warwick dot ac dot uk |
|
Professor John V. Hanna J dot V dot Hanna at warwick dot ac dot uk |
The development of high-resolution solid-state NMR methods (especially 1H) using dipolar and J couplings, Applications to the investigation of structure and dynamics, especially hydrogen bonding and aromatic pi-pi interactions, in pharmaceuticals, supramolecular chemistry and biosolids. |
The development and application of multinuclear solid-state NMR techniques including DFT calculations in the study of organometallic chemistry, glasses and bioglasses, and ‘energy-related’ materials such as solid oxide fuel cell, hydrogen storage, battery and metal-incorporated biomass systems. |
|
Professor Józef R. Lewandowski J dot R dot Lewandowski at warwick dot ac dot uk |
Professor Ray Dupree R dot Dupree at warwick dot ac dot uk |
|
Development and applications of solid-state and solution NMR methodology to study structure and dynamics of biomolecules. Large protein complexes. Structural biology of polyketide synthases. Protein dynamics. Fast magic angle spinning. |
Applications of solid state NMR to plants, biomaterials and structurally or chemically disordered materials. |
|
Dr Andrew Howes A dot P dot Howes at warwick dot ac dot uk |
|
Dr Wing Ying Chow W dot Ying dot Chow at warwick dot ac dot uk |
Low-γ nuclei, Technique development, DOR, Probe development. |
Structure and dynamics of complex biological materials of the extracellular matrix, with emphasis on gaining insight into human health and disease. Techniques include solid-state NMR, isotopic enrichment of mammalian cell cultures, MAS-DNP, and EPR. |
|
Dr Michael A. Hope Michael dot Hope dot 1 at warwick dot ac dot uk |
||
Multinuclear solid-state NMR to understand the structure of materials and how that affects their properties. A particular focus on energy materials for batteries and solar cells and the development of in-situ methods. |
Visiting Academics
Dr Dominik Kubicki Dominik dot Kubicki at warwick dot ac dot uk |
|
Dominik’s research focuses on developing new materials for sustainable optoelectronic technologies. He uses a combination of solid-state NMR, MAS DNP and diffraction strategies to study their structure at multiple length scales. |
|
Research Personnel
Dr Koorosh Fatemian Department: Chemistry and Life Sciences Funded by: Howard Dalton Centre |
|
|
Structural and biophysical characterization of antibiotics and novel compounds binding peptidoglycan precursors. |
Studying the molecular architecture of plants using solid state NMR. |
|
Dr Anjali Menakath Department: Physics and Chemistry Funded by: EPSRC and BBSRC |
Dr David Bradley G0.38b |
|
PhD Students
|
||
Jack Drant |
|
Liam Medlin |
Characterisation of protein aggregation using solid-state NMR and cryo-EM |
||
Hannah Pilsworth |
|
Chris Trembath |
Using solid-state NMR to gain a more complete understanding of asphaltenes. | ||
Jairah Lubay |
|
Ananya Singh Department: Physics |
Developing fast magic-angle spinning NMR methods for applications to biological systems. |
Development of solid-state NMR approaches for probing extracellular matrices with relevance to human disease. |
|
Svetlana Pavlović |
|
Todd Davey |
My research is focused on developing solid-state NMR methods for the analysis of soft gel-like materials produced during dissolution of oral pharmaceutical products. |
My research will be focused on the development of advanced NMR spectroscopy methods for qualitative and quantitative determination of peptide secondary structure to calibrate solid-state FTIR models. |
|
Helena Loan |