M-N Principal Investigator

Explore Principal Investigators in our institute with surnames beginning M-N.

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Senior Clinical Research Fellow in Ophthalmology

I study the retina to understand microvascular disease in the brain.

Imaccorm@exseed.ed.ac.uk

Detecting and analysing retinal vessels reveals subtle changes in microvascular health linked to conditions affecting the brain and body.

Deputy Director Image Analysis Core // Senior Research Fellow

I combine retinal imaging with novel computational methods to uncover signals that reflect disease in the eye, the body, and the brain.

T.J.MacGillivray@ed.ac.uk

A systematic online living evidence summary of lacunar stroke research: outcomes reported (credit Daria Gramenitskaya).

Personal Chair of Neurology and Translational Neuroscience

We develop and use a range of tools to provide evidence summaries at scale. This informs future research, clinical trials and research improvement.

Malcolm.Macleod@ed.ac.uk

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Senior Clinical Research Fellow

I am a senior clinical fellow and honorary consultant in interventional radiology. My interest is in cardiovascular imaging.

Mmacmill@exseed.ed.ac.uk

Axonal Responses of Mitochondria to Demyelination - ARMD - as evident by the abundant transport of mitochondria from the cell body to the axon (green) upon demyelination'.

Senior Clinical Research Fellow

My research in clinical and basic science aspects of progressive multiple sclerosis focuses on energy status in the central nervous system and targeting it in clinical trials.

Don.Mahad@ed.ac.uk

A CT scan of the brain, commonly used for patients with stroke

Senior Clinical Academic Fellow in Neuroradiology

I am interested in how we can improve imaging for patients with stroke.

Grant.Mair@ed.ac.uk

A person's mental health is affected by many factors: genetics, life events, sex hormones and more.

Senior Clinical Research Fellow in Psychiatry

I work as a doctor and researcher to improve the lives of women with severe mental health problems affected by changes in sex hormone levels.

Katie.Marwick@ed.ac.uk

Image credit: stablediffusionweb.com

Confocal images of Tg(myl7:EGFP) zebrafish larval heart ventricle during development. Hpf-hours post-fertilization, BA-bulbus arteriosus, V-ventricle.

Chancellor's Fellow

My lab investigates the molecular mechanisms of cardiovascular development and regeneration to find new therapies to treat cardiovascular diseases.

Gianfranco.Matrone@ed.ac.uk

Immune cells living in the brain (red) protect from damage-causing cells (green) by eating them.

Senior Research Fellow

We investigate how immune cells support brain health and influence what happens after brain injury and in long-term brain disease.

Barry.McColl@ed.ac.uk

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Chair of Biological Psychiatry

I study the causes and causal consequences of depression and related disorders using genomic and data science approaches.

Andrew.Mcintosh@ed.ac.uk

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Senior Clinical Research Fellow

My research interests primarily relate to intellectual disabilities, the autism spectrum and related neurodevelopmental disorders.

Andrew.Mckechanie@ed.ac.uk

Fluorescently-labeled spinal motor neurons in a developing zebrafish

Personal Chair of Neural Development and Behaviour

We are interested in how neuronal networks in the developing brain and spinal cord generate complex movements.

Dmclean3@ed.ac.uk

The microscopic particles in diesel exhaust have adverse effects throughout the cardiovascular system, through many different biological mechanisms.

Personal Chair of the Environment and Health

Air pollution doesn’t just affect our lungs, it also damages our heart, circulation, brain and many other organs. Our research explores how and why.

Mark.Miller@ed.ac.uk

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Senior Clinical Lecturer in Inherited Metabolic Disorders

I am a kidney and metabolic disease doctor using biomarkers, data & bioengineering to reduce cardiovascular risk and design treatments for rare disorders.

Eve.Miller-hodges@ed.ac.uk

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Personal Chair of Cardiology

We aim to use healthcare data in Scotland to develop new approaches for diagnosis and risk stratification in heart disease and evaluate their impact.

Nick.Mills@ed.ac.uk

Fat droplets in zebrafish.

Senior Lecturer

We study how the brain and body fat regulate metabolic health and what goes wrong in disease.

James.Minchin@ed.ac.uk

Analgesic effects of ErbB1/2 inhibitors in neuropathic pain are due to interruption of EGFR signalling and channel trafficking in nociceptors.

Senior Lecturer

We study mechanisms of intracellular signalling from receptors and their role in psychiatric disorders and neuropathic pain hypersensitivity.

Rory.Mitchell@ed.ac.uk

Pre-clinical research approaches and collaborative networks in place. Current lab members: C. O'Reilly, M. Usman, M. Chevalier and T. Mitić.

Academic Track Lecturer in Integrative Biomedical Sciences

Our Lab investigates non-coding RNAs and epigenetics regulation of cardiovascular gene expression, using functional genomics and genome engineering.

Tijana.Mitic@ed.ac.uk

Mouse brain microvasculature by IHC showing pericytes (Atp13a5, green) and basement membrane β-dystroglycan (purple).

Senior Lecturer

Our research explores how breakdown of the brain’s microvasculature and blood-brain barrier drives neurodegeneration and dementia.

Amontag2@exseed.ed.ac.uk

Image credit: Montagne Lab (INCR, UK DRI, BHF-UK DRI CVDR)

Flow test rig and  derived flow trajectories utilising ultrasound localisation microscopy.

Personal Chair of Preclinical Ultrasound

We develop and evaluate new ultrasound therapeutic and diagnostic technologies to aid clinical diagnosis.

Carmel.Moran@ed.ac.uk

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ECAT SCREDS Clinical Lecturer in Diagnostic Neuropathology

We use human brain tissue to study mechanisms of neurodegenerative disease such as motor neuron disease and frontotemporal lobar degeneration.

Rmorri3@ed.ac.uk

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ECAT SCREDS Clinical Lecturer in Neurology

My research focuses on emergency treatments to reduce bleeding and improve outcomes for people with a stroke due to bleeding in the brain.

Tom.Moullaali@ed.ac.uk

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Clinical Fellow // ECAT SCREDS Clinical Lecturer in Psychiatry

D.Mullin@ed.ac.uk

Neuromuscular junctions from a mouse model of motor neuron disease showing degeneration.

Senior Lecturer in Anatomy

We investigate the degeneration and regeneration of the motor unit.

Lyndsay.Murray@ed.ac.uk

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BHF Duke of Edinburgh Chair of Cardiology

I am interested in experimental medicine, advanced imaging and clinical trials of cardiovascular disease.

D.E.Newby@ed.ac.uk

Mark Nixon Research Image

Lecturer

We explore how stress hormones influence metabolism and the heart, and why this system goes wrong in obesity and during long-term steroid treatment.

M.Nixon@ed.ac.uk

Neurons in the medial entorhinal cortex, a brain region important for spatial cognition and memory.

Personal Chair of Neural Circuits and Computation

We want to understand cognition and memory in terms of their underlying biological substrates and so that we can design treatments for brain disorders.

Matt.Nolan@ed.ac.uk / Nolan & Sürmeli Labs