Principal Investigators

  • Prof Dame Nancy Rothwell

    Previous UoM President and Vice-Chancellor

  • Prof Stuart Allan

    Professor of Neuroscience

    Understanding the role of immune and inflammatory responses in stroke and vascular dementia

  • Prof Dave Brough

    Professor of Neuroscience

    Understanding the regulation of inflammation and how it affects disease

  • Prof Cath Lawrence

    Professor of Neuroscience

    Investigating the role of inflammation in outcome after stroke and dementia, and understanding how co-morbidity influences this

  • Prof Craig Smith

    Professor of Stroke Medicine

    Understanding how infection and inflammation contribute to stroke risk, pathophysiology and clinical outcomes after stroke, including post-stroke cognitive decline.

  • Prof Adrian Parry-Jones

    Professor of Vascular Neurology

    Improving outcomes after intracerebral haemorrhage through understating pathophysiology, developing novel therapies and optimising clinical care

  • Dr Emmanuel Pinteaux

    Reader of Neuroscience

    Investigation of mechanisms of acute and chronic inflammation, as well as repair process of the brain after CNS injury

  • Dr Ingo Schiessl

    Senior Lecturer in Neuroscience

    Pre-clinical imaging of blood flow, the blood brain barrier and neuronal activity. Using methods like in-vivo multi-photon imaging, laser speckle imaging and intrinsic optical imaging my lab investigates the early changes during inflammation, ischaemia and neurodegenerative diseases.

  • Dr Paul Kasher

    Senior Lecturer of Neuroscience

    My group is interested in using pre-clinical systems to study disease mechanisms and therapeutic avenues in ICH and stroke

  • Dr Rob Wykes

    Senior Lecturer in Neuroscience

    We develop and apply innovative neuroscience technologies, including wide bandwidth electrophysiology, multi-modal imaging, neuromodulation and gene therapy to study and treat pathological brain activity in a number of neurological disorders including epilepsy, stroke and glioblastoma

  • Dr Roy Chun-laam Ng

    Lecturer in Neuroimmunology

    My research focuses on translational research to restore microglia functions in age-related neurodegeneration, particularly Alzheimer’s disease. Understanding how microglia metabolism regulates associated neuroinflammation in neurodegenerative diseases. Developing preclinical models for drug testing

  • Dr Gloria Lopez-Castejon

    Senior Lecturer in Inflammation

    Understanding how immune cells sense and respond to danger signals

  • Dr Juan Quintana

    Investigating neuroimmune interactions and hypothalamic responses during chronic inflammation, and how these interactions shape circadian behaviour (including feeding) and sleep.

  • Dr Doug Dyer

    Sir Henry Dale Fellow

    My lab is focused on using biochemistry, biophysics and in vivo biology to study chemokines, the glycocalyx and inflammatory disease. In particular how chemokines and the glycocalyx barrier collaboratively regulate leukocyte recruitment to the brain.

  • Dr Andy Greenhalgh

    MRC Career Development Award Fellow

    My lab investigates the neuroimmunology of brain injury and disease. We have a special interest in mild traumatic brain injury, often referred to as concussion, from its fundamental immunobiology to neuroimaging in elite athletes

  • Dr Ben Dickie

    Senior Research Fellow & Senior Experimental Officer

    Development and validation of novel neurovascular MRI biomarkers for application in dementia, stroke, and oncology

  • Dr Kieron South

    Stroke Association Lecturer

    Thromboinflammation, infection preceding stroke in young adults, novel thrombolytic development

  • Dr Sarah Ryan

    Alzheimer’s Society Future Leaders Fellow

    Investigating the role of microglia in frontotemporal dementia and motor neuron disease

  • Dr Katie Murray

    BHF Centre of Excellence Transition Fellow

    Investigating the impact of intracerebral haemorrhage on cell-cell interactions using intravital imaging strategies

  • Dr Harry Pritchard

    Alzheimer’s Society Future Leaders Fellow

    Vascular physiologist trying to elucidate the mechanism behind the reduction in cerebral blood flow in neurodegenerative diseases

  • Dr Kira Shaw

    Wellcome Trust Career Development Award Fellow

    In vivo imaging of neurovascular coupling in Alzheimer’s disease risk and progression

  • Dr Jack Green

    BHF Centre of Excellence Transition Fellow

    Elucidating fundamental mechanisms behind how physical and mechanical forces influence inflammatory and immune responses

  • Dr Chris Hoyle

    Sir Robert Boyd Research Fellow

    Addressing the cellular mechanisms of NLRP3 regulation in health and disease, including age-related inflammation

Management & Lab Support

  • Dr Josie Hendon

    Research Programme Manager

    Providing strategic and management oversight and support to BIG and the Geoffrey Jefferson Brain Research Centre

  • Dr Graham Coutts

    Senior Research Technician

  • Laura Parker

    Research Technician

    My work supports research into the neurovascular mechanisms linking menopause-related vascular changes to increased Alzheimer’s disease risk

  • Teodora Smiljevska

    Research Technician

    Investigating the therapeutic potential of ACE2 enhancement in Alzheimer’s disease

  • Grace Cullen

    Research Technician

Junior Fellows & Post-doctoral researchers

  • Dr Jack Green

    Research Associate

    Investigating the molecular mechanisms involved in the regulation of Inflammasomes and inflammatory signalling pathways

  • Dr Mike Haley

    Research Associate

    Understanding the role of neuroinflammation in cerebral oedema, experimental cerebral malaria and brain tumours

  • Dr Anna Gray

    Research Associate

    Using intravital imaging to investigate the composition and dynamics of the endothelial glycocalyx in health and disease

  • Dr Alejandro Labastida Ramirez

    Research Associate

    Understanding the role of cortical spreading depolarizations in epilepsy, stroke and migraine

  • Dr Victor Tapia Olivares

    Research Associate

    Investigating the role of cholesterol metabolism in intracerebral haemorrhage

  • Dr Sam Flaherty

    Research Associate

  • Dr Lorena Fernandes

    Research Associate

    Investigating the role of nanoparticles as drug carriers in in vivo stroke models

  • Dr Oriana Mandolfo

    Research Associate

    Enhancing ACE2 activity with methazolamide as a new way to treat Alzheimer's disease

  • Dr Sabrina Tamburrano

    Research Associate

    Understanding the role of perivascular macrophages and oxidative stress in the pathogenesis of stroke

  • Dr Ioana-Emilia Mosneag

    Research Associate

    Developing a new tracer to detect amyloid beta in vivo using MRI

  • Dr Mary Newland

    Research Associate

    Understanding immune and inflammatory changes in the tissue microenvironment in the brain following haemorrhagic stroke

  • Dr Emily McMahon

    Research Associate

    Using zebrafish to study the ultra-rare neurodevelopmental condition Faundes-Banka syndrome (FABAS) and to explore the therapeutic potential of existing drugs

  • Dr Grace Gregory

    Research Associate

    Computational biologist investigating how immune cells contribute to the growth of brain tumours in the rare disease NF2-related schwannomatosis

  • Dr Nina Conlon

    Research Associate

    Investigating post stroke cognitive impairment and dementia as a result of neurovascular uncoupling in stroke

  • Dr Jake Cashion

    Evaluating therapeutics to restore cerebral blood flow in hypertension-induced vascular dementia

PhD Students

  • Ivy Usansky

    Lawrence Lab

    Investigating the effect of obesity as a comorbidity in stroke, specifically investigating the impairment to the endothelial glycocalyx

  • Annet Nakkazi

    Dickie Lab

    Understanding the effects of radiotherapy on the blood brain barrier and how that contributes to cognitive dysfunction

  • Maryam Salaudeen

    Pinteaux Lab

    Understanding the mechanisms by which primed mesenchymal stem cells play beneficial roles in hypoxic-ischaemic brain injury

  • Natasha Carmichael

    Smith Lab

    Investigating the association between the peripheral innate immune system and post-stroke cognitive decline

  • H Barker

    Brough Lab

    Understanding and targeting AIM2 inflammasome responses in cardiovascular disease

  • Abi Bennington

    Kasher Lab

    Investigating the role of cholesterol metabolism in modulating the inflammatory response after haemorrhagic stroke

  • Chiara Ramponi

    South Lab

    Understanding how neutrophils and thromboinflammatory processes are modulated by caADAMTS13 in intracerebral haemorrhage

  • Susie Ford

    Brough Lab

    Understanding and targeting the regulation of Interleukin-1B secretion, with consideration of the extracellular matrix

  • Harry Deijnen

    Investigating the association between peripheral blood immune status post-stroke and the development of vascular dementia

  • Nima Geemon

    Kasher Lab

    Characterising the NLRP3 inflammasome response in a zebrafish model of ICH

  • Thea Danby

    Greenstein Lab

    Investigating ryanodine receptor and BK channel coupling in vascular smooth muscle cells within health and dementia

  • Margi Baptista

    Pinteaux Lab

    Researching the cell-specific role of interleukin-1β during cerebrovascular inflammation after stroke

  • Zheqin Li

    South Lab

    Investigating the association between stroke and Chronic Peripheral Inflammatory Diseases, including inflammatory bowel disease and rheumatoid arthritis

  • Kirstin Lowe

    Dyer Lab

    Understanding the role of CNS-macrophage CXCL4 and the extracellular matrix in neuroinflammation

  • Joe Cooper

    Lawrence Lab

    My research focuses on the role that perivascular macrophages, which are macrophages that reside along blood vessels within the brain, have in intracerebral haemorrhage

  • Ellen Gray

    Allan Lab

    Investigating peripheral inflammation and its impact on post stroke cognitive decline

  • Miruna Burduja

    Lawrence Lab

    Investigating the role of the endothelial glycocalyx in vascular dementia and cerebral small vessel disease

  • Ben Llewellyn

    Brough Lab

    Investigating mechanisms of NLRP3 inflammasome activation in macrophages

  • Juan Sebastian Bermudez

    Dickie Lab

    Investigating the mechanisms of glymphatic water exchange with MRI-informed biophysical models

  • Charlotte Sutherland

    Ryan Lab

    Investigating neuroinflammation and blood-brain barrier integrity in frontotemporal dementia and amyotrophic lateral sclerosis

  • Mariapia Grassia

    Murray Lab

    Investigating the effects of intracerebral haemorrhage on myelination using optical imaging of the live mammalian brain

  • Paulina Jael Villaseñor

    Lawrence Lab

    Understanding the mechanisms of brain inflammation and ageing using advanced MRI methods

  • Ellie Benford

    Smith Lab

    Investigating the role of infection and B cell immunity in post-stroke cognitive decline

  • Sophie Jenkins

    Wykes Lab

    Investigating the mechanisms underlying cognitive impairment associated with medications used to treat seizures in epilepsy

  • Kirsty Randalls

    Pritchard Lab

    Investigating how impaired BK channels contribute to reduced cerebral blood flow in dementia

  • Will Hylton

    Allan Lab

    Investigating immune mediated pathways contributing to post-stroke cognitive decline

  • Stefanny Calixto Da Silva

    Allan Lab

    Developing new acute treatments for ischemic stroke by targeting the cytokine interleukin-1

  • Frances Hedley

    Kasher Lab

    Investigating the effects and mechanisms of RAS inhibitor treatment on intracerebral haemorrhage

  • Luiseach Gillespie

    Ng Lab

    Understanding how different APOE variants alter risk of Alzheimer's disease through the role of microglial ferroptosis

  • Hope Shipley

    South Lab

    Investigating the influence of inflammation on ischaemic stroke thrombus composition and its importance in the application of novel thrombolytics

  • Anisha Sivakumar

    Murray Lab

    Investigating Cerebral Microinfarcts and Vascular Plasticity in a Mouse Model of Hypertension

  • Dylan Lowe

    Wykes Lab

    Developing wireless biocompatible graphene field effect transistors to study infra-slow oscillations in hippocampus of freely moving mice

We are BIG on equal opportunities and providing an inclusive environment for our researchers, attracting members from all over the world!

Check out the nationalities that we host in BIG below

Past BIG lab members