Mark’s research focuses on the 29-amino-acid endocrine peptide glucagon. Glucagon is responsible for elevating blood glucose through stimulation of its cognate, G-protein coupled receptor, the glucagon receptor (GCGR). As the worldwide prevalence of diabetes is increasing, pharmacological intervention of glucagon’s effect as a novel treatment for attaining prolonged glucose homeostasis in diabetic patients is receiving greater attention. By combining molecular biology techniques with characterisation via native mass spectrometry Mark hopes to better understand glucagon peptide-receptor interactions, and how other membrane components (for example, lipids, G-proteins, and accessory proteins) allosterically influence binding properties.
Mark graduated from the University of California San Diego and completed his PhD studies at the University of Arizona. He joined the Robinson group in 2017.
Jani Reddy Bolla
Jani employs native mass spectrometry techniques and X-ray crystallography to characterise the multiprotein machineries involved in peptidoglycan and outer membrane biogenesis in Gram-negative bacteria. The goal of his research is to provide useful information for the development of more effective vaccines as well as targets for new drug design against bacterial infections. A full list of Jani's publications can be found here
Jani studied chemical sciences at Pondicherry University, India and then moved to Iowa State University for his doctoral studies under the supervision of Prof. Edward Yu. He joined the Robinson group in 2015.
Dror’s background is in cell signaling and the isolation and analysis of cell-adhesion related protein complexes using cell biological and mass spectrometry approaches. He is now working on developing novel approaches for detergent-free native mass spectrometry of membrane proteins.
Dror obtained his MSc from the Israeli Institute of Technology (Technion) and his PhD from the Weizmann Institute of Science. He joined the Robinson group in 2015.
Joe’s research aims to unravel the complex structural changes involved as ligand binding is translated into functional effect. He is developing new instrumentation and native mass spectrometry platforms for NativeOmics – the complete characterisation of multiproteoform-ligand complexes. He is also exploring how top-down mass spectrometry, novel fragmentation techniques, such as SID, and high-resolution imaging can be used to provide a more in-depth structural characterisation of membrane protein assemblies.
A full list of Joe's publications can be found here.
Joe completed his MSci in Chemistry at Imperial College London. He obtained his PhD from Ecole Polytechnique (l’X) & Institut Pasteur, France. He joined the Robinson group in 2014 and is currently a Junior Research Fellow at The Queen’s College.
Di is interested in understanding lipid micro-environment of membrane proteins and dynamic protein post-translational modifications by integrative mass spectrometry based approaches, including native MS, metabolomics, proteomics and biochemistry. He is developing new methods for quantitative analysis of membrane ion channel-lipid interaction. He is also using high resolution native MS to elucidate the importance of glycosylation in protein-protein/drug interactions.
Di obtained his BSc and MSc from Wuhan University, China and completed his PhD at the University of Dundee. He joined the Robinson group in 2015.
DPhil title: Probing Interactions between Membrane Proteins and Lipids by Native Mass Spectrometry
Jingwen’s DPhil studies concentrate on using native mass spectrometry techniques to probe interactions between membrane proteins and lipids in order to understand the specific regulation between lipids and protein conformations. This information will then allow her to investigate the effect on function. To aid her research she is developing a detergent-free strategy to interrogate the lipid dynamics of membrane proteins.
Jingwen graduated from the University of Birmingham, UK and joined the Robinson group in 2014.
DPhil title: Investigating the regulation of membrane protein assemblies by lipids and other small molecules using native mass spectrometry
Denis employs native mass spectrometry, in combination with Surface-Induced Dissociation (SID), to obtain positional information on lipids and ligands bound to membrane protein complexes. His current goal is to locate interfacial lipids that are involved in membrane protein oligomerisation.
Denis completed his undergraduate studies at the University of Oxford. He started his DPhil studies in the Robinson group in 2016.
Proposed DPhil title: Interaction of T-cell surface membrane proteins with extra-cellular proteins in HIV investigated with native mass spectrometry
Fabian is investigating protein-protein interactions in human immunodeficiency virus (HIV). Using native mass spectrometry he will explore how cell-surface membrane proteins of T-cells interact with extra-cellular proteins. He will then continue his studies to look at how marker proteins on cancer cells interact with chimeric antigen receptor T- cells.
Fabian completed his BSc and MSc in Chemistry at ETH Zurich, part of which was spent at the Institut Pasteur in Paris for his Master thesis. He joined the Robinson Group in October 2017.
DPhil title: Studying the structure and modulation of membrane proteins using native mass spectrometry
Francesco is using native mass spectrometry techniques to investigate the structure and regulation of bacterial protein complexes. He is currently studying the role of lipids on the functioning of bacterial transporters. The elucidation of the molecular mechanism of these proteins will provide useful information for the design of novel drugs.
Francesco studied Medicinal Chemistry at Sapienza University of Rome, Italy, and joined the Robinson group for his DPhil in 2017.
DPhil title: Membrane proteins interactions in lipid nanodiscs using native mass spectrometry and interferometric light scattering microscopy.
Anna’s project focuses on using interferometric light scattering microscopy (iSCAT) and native MS to observe interactions of membrane proteins embedded in lipid nanodiscs and how their properties are affected by small-molecule interactions. The main goal of her project is to establish a method using native MS and iSCAT in a complementary manner for studies of eukaryotic membrane protein dynamics, such as GPCR or ion channel oligomerisation.
Anna completed her undergraduate studies (BA in Biomedical Sciences) at the University of Oxford. She started her DPhil studies in October 2017 in the Robinson and Kukura Laboratories.
DPhil title: Integrating Molecular Dynamics Simulations and Native Mass Spectrometry to Investigate Protein-Lipid Interactions in Membrane transporters and Receptors
Daniel is developing an integrated approach using native mass spectrometry and molecular dynamics simulations to understand the regulatory role of lipids in membrane protein oligomerisation.
Daniel studied physics with a specialisation in biophysics at the University of Göttingen, Germany. He commenced his DPhil in October 2017 jointly in the Robinson laboratory and the Stansfeld/Sansom laboratories in the Structural Bioinformatics and Computational Biochemistry Unit.