Governance

Enabling the collaborative research in Precision Health that is instrumental in the transition to preventative medicine



Andrew Flewitt

ajf23@cam.ac.uk

Technology  Medical Device Technology  

Prof Flewitt's research interests span a broad range of large area electronics and related fields, including thin film transistors and MEMS devices. His research particularly focuses on acoustic wave devices using thin film piezoelectrics, such as surface acoustic wave and film bulk acoustic resonator devices.

acoustic sensors  micropumps  gravimetric  sensors  

Ulrich Keyser

ufk20@cam.ac.uk

Biological Physics  Physical  

Prof Keyser's research focuses on understanding all transport processes through membranes of both biological and technological origin. Specifically, his team is interested in the physics of ions, macromolecules and particles in confined geometries at the single molecule or particle level.  They aim to exert maximum control over all parameters in the experiment using techniques such as: DNA (origami) self-assembly, optical trapping, particle tracking, fluorescence microscopy, electrophysiology, or micro-/nanofluidics.  

membrane transportation process  optical trapping  particle tracking  microfluidics  nanofluidics  

Tom Bashford

tb508@cam.ac.uk

Operations Research & Management Science  Anaesthesia  

Dr Bashford's principal academic interest is in developing a systems understanding of interventions to improve peri-operative care in low income settings, working closely with the NIHR Global Health Research Group on Neurotrauma. His global health experience includes working with VSO and Lifebox Foundation in Ethiopia, contributing to the Cambridge-Yangon Trauma Intervention Project in Myanmar, and the Uganda Cambridge Partnership.

anaesthesia  perioperative medicine  neurotrauma  health system  system design  

Sarah Bohndiek

seb53@cam.ac.uk

Imaging  Physical  

Prof Bohndiek's research focuses on advancing the understanding of tumour evolution using next-generation imaging sciences. She is particularly interested in the study of blood vessel formation in early cancer. Her team is also active in translating the findings into first-in-human clinical trials.

endoscopy  photoacoustic  cancer  clinical trials  biomedical optics  

Carol Brayne

cb105@medschl.cam.ac.uk

Environmental & Occupational Health  Medicine  

Prof Brayne is co-director of Cambridge Public Health, and is a public health clinical academic whose research career has focused on older people's health and brain ageing in populations, including biobanking. She has led the largest multi-centre study of cognition and dementia in the UK. She has also worked in areas of neurological and neuropsychiatric epidemiology such as the epidemiology of autism spectrum disorders, psychiatric disorders in mid-life.

dementia in population  health of elderly  

Kathy Liddell

k.liddell@law.cam.ac.uk

Humanities  Law & Government  

Prof Liddell’s research focuses on health, medicine and society, with the aim of understanding and improving the legal frameworks that govern and support innovation in this field.

Intellectual property  medical law  

Andrew McCaskie

awm41@cam.ac.uk

Orthopedics  Medicine  

Prof McCaskie is an orthopaedic surgeon with an interest in lower limb surgery. His research aims to develop innovative solutions, particularly regenerative, for patient benefit in musculoskeletal disease. The research encompasses a greater understanding of the causes of musculoskeletal disease and the mechanisms of action of therapy.

lower limb surgery  regenerative innovation solutions for musculoskeletal disease  

Carola Schönlieb

cbs31@cam.ac.uk

Applied Mathematics  Physical  

Prof Schönlieb specialises in the mathematics of digital image and video processing using partial differential equations and variational methods. The research from her group ranges from the modelling and analysis of such methods to the computational realisation and application.

image processing  machine learning  

Michael Sutcliffe

mpfs@eng.cam.ac.uk

Bioengineering  Technology  

Prof Sutcliffe is interested in applying engineering principles of mechanics and materials to biological systems. Applications include characterising and modelling deformation and rupture of arteries, including the effect of patient-specific geometry and disease.

biological tissue  composite materials  

John Aston

j.aston@statslab.cam.ac.uk

Mathematical Statistics  Physical  

Prof Aston's research interests include all areas of Applied Statistics but particularly Official and Public Policy Statistics, Statistical Neuroimaging and Statistical Linguistics; and the links between statistics and other areas of pure and applied mathematics. He is also involved in some of Cambridge's AI and COVID-19 work through AIX-COVNET.

public policy statistics  statistical neuroimaging  statistical linguistics  

Sergio Bacallado

sb2116@cam.ac.uk

Mathematical Statistics  Physical  

Dr Bacallado is a statistician specialising in Bayesian methods and Bayesian nonparametrics. In particular, he has a background in Structural Biology. He develops methods for the analysis of human microbiome studies, and previously worked on applications to molecular dynamics simulations and single-molecule biophysics.

microbiome studies  molecular dynamics simulations  statistics  

Martin Bennett

mrb24@medschl.cam.ac.uk

Imaging  Cardiovascular Research  

Prof Bennett studies the regulation of cell accumulation and interactions in vascular disease, using both human and mouse cells in vitro and models of atherosclerosis with genetic manipulation. He also has a major interest in vulnerable plaque imaging in patients using both invasive and non-invasive modalities.

regulation of cell accumulation and interactions in vascular disease  plaque imaging  

Clare Bryant

ceb27@cam.ac.uk

Medicine  Immunology  

Prof Bryant's research employs multidisciplinary approaches to understand how bacteria are detected by the host through Pattern Recognition Receptors (PRRs), and how PRR recognition of allergen proteins or toxic proteins produced by patients link to chronic inflammatory diseases such as allergies and Alzheimer’s

immunological recognition  effector mechanisms  

Ruth Cameron

rec11@cam.ac.uk

Material Science & Metallurgy  Physical  

Prof Cameron's research considers materials which interact therapeutically with the body. Her research interests lie in bioactive biodegradable composites, biodegradable polymers, tissue engineered scaffold, surface patterning, drug delivery, and pharmaceutics.

tissue engineering  biodegradable polymers  drug delivery  

Colm-cille Caulfield

c.p.caulfield@damtp.cam.ac.uk

Physical  Applied Mathematics  

Prof Caulfield is interested in various fluid flows in the environment, particularly in cases where density differences play a dynamical role. Understanding the fundamental properties of the associated fluid dynamics is key to ensuring sustainable human activity.

turbulent mixing  building ventilation  fluid dynamics  stratified flows  

Pietro Cicuta

pc245@cam.ac.uk

Physical  Biological Physics  

Prof Cicuta's research focuses on living systems, with main efforts on hydrodynamic synchronisation of motile cilia, physics of bacteria, malaria blood-stage infection, phospholipid membranes and single cell imaging systems.

soft matter  hydrodynamics  phospholipid membranes  

Rebecca Fitzgerald

rcf29@cam.ac.uk

Oncology  Medicine  

Prof Fitzgerald's group focuses on oesophageal and gastric cancer by understanding the underlying clinical, genetic and cell environmental factors, developing and evaluating new diagnostic tools to identify patients' cancer development risk, and improving the molecular characterisation of oesophago-gastric cancer to inform patient management.

early detection  oesophageal/gastric cancer  public health  clinical trials  

Andres Floto

arf27@cam.ac.uk

Medicine  Immunology  

Prof Floto's research is focused on understanding how immune cells interact with bacteria, how intracellular killing and inflammation are regulated and sometimes subverted during infection, how population-level whole genome sequencing can be used to reveal biology of bacterial infection, and how therapeutic enhancement of cell-autonomous immunity may provide novel strategies to treat multi drug resistant pathogens.

polulation level genome sequencing  immune cell  bacteria interaction  

Stuart Hogarth

sh339@cam.ac.uk

Sociology  Humanities  

Dr Hogarth's work focuses on biomedical innovation with a primary interest in the impact of genomic science on the diagnostics sector. His work is situated at the interface of science and technology studies, medical sociology, bioethics, innovation studies and regulatory studies.

biomedical innovation  bioeconomy  bioethics  

Stephen John

sdj22@cam.ac.uk

Philosophy of Science  Humanities  

Dr John's main research clusters around a series of concepts raising both ethical and epistemological challenges: certainty, communication, chance and categorisation. He is particularly interested in how these concepts are used in policy-making, and debates over the early detection and prevention of cancer.

applied ethics  social epistemology  and political philosophy  

David Klenerman

dk10012@cam.ac.uk

Chemistry  

Prof Sir Klenerman's research interests lie in developing and applying a range of new quantitative biophysical methods, based on single molecule fluorescence and scanning probe microscopy, to important yet unaddressed problems in biology.

biophysical methods  single molecule fluorescence  scanning probe microscopy  

Zoe Kourtzi

zk240@cam.ac.uk

Psychology  

Prof Kourtzi in an expert in Cognitive Computational Neuroscience working at the interface of computational science and neuroscience. Her work uses AI and machine learning tools to develop predictive models of individualised disease trajectories with translational impact in the early precision diagnosis and design of personalised interventions in brain and mental health disorders (e.g. neurodegenerative disorders, anxiety-related disorders).

learning and brain plasticity  visual perception and cognition  cognitive ageing  brain imaging  computational neuroscience  

Tony Kouzarides

t.kouzarides@gurdon.cam.ac.uk

Genetics  Biological  

Prof Kouzarides works on characterising the pathways that mediate and control DNA, RNA and histone modifications. His group research aims to understand the cellular processes they regulate, their mechanism of action and their involvement in cancer.

cancer  epigenetic modifications  chromatin  transcription  

Joan Lasenby

jl221@cam.ac.uk

Imaging  Physical  

Prof Lasenby's research interests include: 3D reconstruction from multiple cameras; human motion analysis; optical motion capture; applications of Geometric Algebra in engineering; non-invasive monitoring techniques in medical applications; sports engineering.

3D reconstruction  medical applications  human motion analysis  sport engineering  

Pietro Liò

pietro.lio@cl.cam.ac.uk

Technology  Computer Science & Technology  

Prof Liò's research interest focuses on developing Artificial Intelligence and Computational Biology models to understand diseases complexity and address personalised and precision medicine. Current focus is on Graph Neural Network modeling.

machine learning  AI  computational biology  graph neural network modeling  

George Malliaras

gm603@cam.ac.uk

Bioelectronics  Technology  

Prof Malliaras' research is on bioelectronics. His group studies the fundamental processes that take place at the abiotic/biotic interface and develop better tools for healthcare. Research themes include the development and translation of implantable and wearable devices that interface with electrically active tissues, with applications in neurological disorders and brain cancer.

implantable/wearable devices  cancer  neuroengineering  drug delivery  

Cecillia Mascolo

cecilia.mascolo@cl.cam.ac.uk

Technology  Computer Science & Technology  

Prof Mascolo's research concentrates on aspects related to the efficient and effective use of mobile and wearable systems to understand human behaviour and mobile health. Her lab concentrates on applications related primarily to mobile health.

machine learning  digital biomarker  mobile systems  mobile health  

Patrick Maxwell

regius@medschl.cam.ac.uk

Nephrology  Medicine  

Prof Maxwell, a clinician scientist, has been centrally involved in a series of discoveries that have revealed how changes in oxygenation are sensed, and how genetic alterations cause kidney disease. It has had a major impact on the understanding of tumour biology, anaemia, and inflammatory disorders.

nephrology  biomedical/clinical research  infflammatory disorder  tumor biology  

David Menon

dkm13@cam.ac.uk

Medicine  Anaesthesia  

Prof Menon’s research interests include neurocritical care, secondary brain injury, neuroinflammation, and metabolic imaging of acute brain injury. He has also published on the physiology of coma and the vegetative state, and on mechanisms of anaesthetic action in the brain.

neuroinflammation  metabolic imaging  neurocritical care  secondary brain injury  

Andy Parker

map1001@cam.ac.uk

Partical Physics  Physical  

Prof Parker’s current research interests involve experiments to reveal new physics such as extra space dimensions, quantum-sized black holes, and supersymmetry. He has worked with the Oncology Department on computational methods for radiotherapy, including the Voxtox and Radnet projects.

computational methods for radiotherapy  oncology  ATLAS  supersymmetry  

Richard Prager

rwp@eng.cam.ac.uk

Technology  Imaging Technology  

Prof Prager's research has included new fast and accurate calibration systems for tracked 3D ultrasound, the development of a high definition tracked 3D ultrasound system, innovative work on image-based freehand 3D ultrasound without an external tracking device, real-time 3D ultrasound deconvolution for image enhancement and three-dimensional elastography.

non-invasive diagnostics  bioengineering  ultrasound imaging  

James Rudd

jhfr2@cam.ac.uk

Medicine  Cardiovascular Research  

Professor Rudd's research interests are in vascular imaging, using CT, MRI and nuclear methods. He applies biomechanical, mathematical methods and AI to refine risk on top of imaging and demographic factors. He works across disease states, including stroke, ischaemic heart disease, peripheral vascular disease, aortic aneurysm, rheumatoid arthritis and pulmonary hypertension. He also has expertise in electronic healthcare record research and is deputy chief clinical information officer at Addenbrooke's Hospital.

pathophysiology  cardiovascular  imaging  AI  bioengineering  HER  

Richard Samworth

r.samworth@statslab.cam.ac.uk

Mathematical Statistics  Physical  

Prof Samworth's main research interests are in nonparametric and high-dimensional statistics. Particular topics include shape-constrained density estimation and other nonparametric function estimation problems, nonparametric classification, clustering and regression, the bootstrap and high-dimensional variable selection problem. Further applciations include public health, genetics, archaeology and oceanography.

public health  genetics  nonparametric  high-dimensional statistics  

Hitesh Sanganee

Respiratory System  Medicine  

Dr Sanganee joined AstraZeneca as a Medicinal Chemist conducting research within respiratory & inflammation related disease areas and has led teams to successful milestone transitions in all phases of drug discovery. He then moved on to become a candidate drug Associate Director. He currently leads the ‘Emerging innovations’ group. Promotion of entrepreneurial activity within and outside of AZ and bringing emerging innovations into AZ.

innovation  inflammation  drug discovery  

Jacob Stegenga

jms303@cam.ac.uk

Philosophy of Science  Humanities  

Prof Stegenga has published widely on fundamental topics in reasoning and rationality and philosophical problems in medicine and biology. He is the author of Medical Nihilism and Care and Cure: An Introduction to Philosophy of Medicine, and he is currently writing a book on the sciences of sexual desire.

philosophy  medicine  biology  

Jason Tarkin

jt545@cam.ac.uk

Medicine  Cardiovascular Research  

Dr Tarkin's current research programme aims to examine potential clinical translational applications of somatostatin receptor PET/MRI as a marker of inflammation for studying disease mechanisms, use in drug discovery and guiding novel therapies in high-risk patients with cardiovascular disease and large vessel vasculitis.

medical applications  cardiovascular  inflammation  drug discovery  

Sarah Teichmann

sat1003@cam.ac.uk

Biological  Genetics  

Dr Teichmann's research investigates gene expression and protein complex assembly using both wet laboratory and computational biology techniques. In particular her research group seeks to elucidate the principles of protein structure evolution, higher order protein structure and protein folding, and the principles underlying protein complex formation and organization.

genomics  bioinformatics  biophysics  immunology  

Brian Tom

brian.tom@mrc-bsu.cam.ac.uk

Medicine  Biostatics  

Dr Tom is a research statistician at the Medical Research Council Biostatistics Unit. His current research interest includes causal inference, chronic disease epidemiology (in particular related to inflammatory arthritis), dynamic graphical modelling of stochastic processes, efficiency, modelling of longitudinal and correlated data, multi-state models and survival data, stratified medicine.

modelling  stratified medince  chronic disease  infllammatory arthritis  

Mihaela van der Schaar

mv472@cam.ac.uk

Physical  Applied Mathematics  

Prof van der Shaar's research develops cutting-edge machine learning & AI theory and methods, with the goal of improving healthcare and medical knowledge. Her team is one of the most impactful and diverse ones in the field, employing a wide range of ML approaches including deep learning, causal inference, AutoML, time series analysis, ensemble learning, and many more.

medical applications  game theory  distributed systems  image processing  machine learning