Academic Staff
| | Mathematical and computational biology. |
| | Quantitative techniques in medical imaging. Signal processing, image analysis and acoustics. |
| | Biosensor systems: microelectrode based biosensors; high sensitivity flow-injection assays; low volume flow cells; dialysis electrodes; microfluidics. |
| Mechanics of the musculoskeletal system, patient-specific modelling, morphology of bones, mechanics of joints (knee and shoulder), sports biomechanics. | |
| | Human Robotics: Neurophysiology and motor learning. |
| Influence of three-dimensional vascular and respiratory geometry on flow and mass transport. Implications for biology and pathology, including atherosclerosis and intimal hyperplasia. | |
| Applications of MRI and automated methods for image processing in orthopaedics and rheumatology. | |
| Ultrasound devices for cardiovascular systems. | |
| Circuits and Systems for and from Biology: bionic ear processors; CNN vision processing; cell culture monitoring platforms; ultra-low-power log-domain blocks for filtering and (bio)sensor interfacing. | |
| Biomechanics of molecules, cells and whole organs; Numerical and experimental studies of blood flow in large arteries, study of hemodynamic basis of arterial disease; outflow of aqueous humour within the eye, as related to the problem of glaucoma; mechanical and cellular response of optic nerve tissues to intraocular pressure in glaucoma. | |
| Synthetic Biology. The engineering of novel regulatory gene networks. | |
| Stochastic and Probabilistic approaches to neuroscience, Sensorimotor control & psychophysics, Physical and computational constraints in neural circuits, Decision making in humans & animals, Neuroeconomics, Quantitative analysis of behaviour in humans & animals (Bioinformatics of Behavior) | |
| Neurotechnology | |
| Biomedical signal and image processing: MR, ultrasound, X-ray. | |
| Development of models of the endothelial cell. | |
| | Systems Neuroscience in insects: behavioural studies, electrophysiology and modelling of sensory information processing, multisensory integration, sensorimotor transformation. |
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| Mi crocirculation - particularly microvascular exchange of fluid and solutes between the blood and the tissues and microvascular permeability. Structure of the endothelial glycocalyx and its relation to vascular permeability; mechanics of endothelial cells; mathematical models of solute exchange in populations of microvessels in vascular beds; diffusion and convective transport of solutes in liquids; effective osmotic pressure set up across partia lly selective me m branes. |
| Biosensors: photoelectrochemical sensors for molecules of biological significance (cyanide, free r adicals); biosensors based on metallised graphite-epoxy composites. | |
| | Mechanics and mechanobiology of cells and tissues. Endothelial transport and the role of mechanics in transport function. Extracellular matrix assembly and transport. Ocular biomechanics and intraocular pressure regulation. Magnetic approaches for probing cells and tissues. Quantitative microscopy and stereology. |
| Haemodynamics: wave intensity analysis in the arteries; coupling of heart and arterial flow; mechanics of deep veins; pulmonary circulation. | |
| | Respiratory mechanics: lung elasticity and flow in the airways. |
| Computational Neuroscience. Neurophysiology of the visual system. | |
| Musculoskeletal biomechanics: how mechanical loading on bones influences bone morphology. | |
| Physiological fluid mechanics. The study of blood flow in curved arteries and its applications to the progression of atherosclerotic disease, and the fluid dynamics of the ureter and the eye. | |
| Analysis and control of networks: nonlinear dynamics and graph theory, oscillator synchronisation, consensus, coordinated behaviours; | |
| Medical ultrasound and micro bubble contrast agents; imaging blood flow and drug delivery with ultrasound and micro bubbles. | |
| Roles in atherosclerosis of arterial wall p ermeabil ity, blood flow and nitric oxide synthesis |
Research Fellows
| Pulse wave propagation in arteries and veins: assessment of vascular morphology and cardiovascular functionality by wave analysis. | |
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Honorary Staff
| Bosanquet, Professor Nick | Honorary Research Fellow |
| Claesen, Dr Stefan | Honorary Research Fellow |
| Dumoulin, Dr Charles | Visiting Fellow |
| Fass, Dr Leonard | Visiting Professor |
| Greenbaum, Dr Adam | Visiting Fellow |
| Hill, Dr Adam | Visiting Lecturer |
| Johnson, Prof Garth | Visiting Professor |
| Knox, Dr Peter | Visiting Professor |
| Poh, Dr Chueh Loo | Honorary Research Fellow |
| Richardson, Dr Ricky | Visiting Professor |
| Rampling, Dr Mike | Honorary Senior Lecturer |