39 molecular-modeling-or-molecular-dynamic-simulation PhD positions at University of East Anglia
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expression, purification and mutagenesis and liposome reconstitution, respirometic studies with isolated mitochondria), and biophysical methods to study protein dynamics, conformations and molecular
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melanogaster. This project will take the next big step: moving from finding sexually antagonistic genes to uncovering what makes them special, how they affect fitness and life history traits, and the molecular
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for the rapidly developing quantum technologies. Quantum-optical measurements become especially intriguing in systems such as atomic ensembles or molecular processes whose quantum nature remains unclear. These open
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directional molecular motion required for microscopic machines. Coupled PMMs have demonstrated concerted, directional intramolecular rotation to support molecular translation. These dynamics are driven by
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Project Supervisor - Dr Jonathan Kirby The field of complex numbers is in many ways the most elegant and important example of a mathematical structure in model theory. It has been the prototype
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cutting-edge molecular techniques and generate gene knockouts to identify new enzymes and pathways involved in this process. Finally, the PGR will utilise plant infection models and high-resolution
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(Beraza and Rushworth) whose work have a strong translational aim. This team will train the PhD student in a series of preclinical in vivo models; molecular biology and immunology methodologies; and complex
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plants. To better understand how distantly-related land plants defend themselves against pathogen infection, our group investigates the molecular genetic mechanisms controlling disease resistance in
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improvements of the lives of a huge number of men. Techniques and skills training During the PhD you will become an expert in a range of molecular biology, biochemistry, cell and cancer biology techniques
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model, human organoid technology, cell and molecular biology, confocal microscopy and metagenomic sequence analysis. By deciphering the interactions between AIEC, the microbiome and the intestinal