E-H Principal Investigator

Explore Principal Investigators in our institute with surnames beginning E-H.

INCR logo on blue background

Personal Chair of Clinical Toxicology

I work to reduce deaths from pesticide and plant self-poisoning in rural Asia, a cause of over 200,000 premature deaths each year.

M.Eddleston@ed.ac.uk

Calcium signal crossing a single pathway within the cell-wide web.

Personal Chair of Cellullar Pharmacology

We study the role of AMPK in coordinating breathing and oxygen supply and signalling across the cell-wide web, a network of cytoplasmic nanotubes.

Mark.Evans@ed.ac.uk

Image of a neuromuscular junction from a mouse model of spinal muscular atrophy.

MRC Clinician Scientist Fellow, Personal Chair of Comparativ // Senior Lecturer in Veterinary Neurology

We are studying cellular pathways leading to neurodegeneration in motor neuron diseases like spinal muscular atrophy and amyotrophic lateral sclerosis.

Kiterie.Faller@ed.ac.uk

TRPM8-expressing afferents differentially gate out pain processing in spinal cord through distinct Group II/III receptors.

Personal Chair of Sensory Neuroscience

We study mechanisms of neuropathic pain to find new analgesic targets such as TRPM8, and work with clinicians on imaging the pain pathway.

S.M.Fleetwood-Walker@ed.ac.uk

Stem cell-derived islets in culture (left) and after transplantation via the hepatic portal vein into mouse liver (right).

Personal Chair of Diabetic Medicine

Our multi-disciplinary diabetes, transplant, and cell therapy group works to deliver therapies that improve the lives of people with Type 1 diabetes.

Shareen.Forbes@ed.ac.uk

Xenium spatial transcriptomics showing cellular heterogeneity and glial changes in white matter and thalamus after experimental cortical stroke.

Senior Lecturer

We study how glial cells drive white matter damage and long-term brain damage after stroke & vascular disease to develop treatments for dementia.

Jill.Fowler@ed.ac.uk

INCR logo on blue background

2023 ECAT SCREDS Clinical Lectureships // Senior Clinical Research Fellow

My research involves analysing routine healthcare data and developing novel epidemiological methods to inform policy and cardiovascular and kidney healthcare.

Pgallach@exseed.ed.ac.uk

In vivo patch-clamp recording of synaptic currents from a hippocampal pyramidal cell during sharp wave-ripple oscillations.

UK Dementia Research Institute Programme Leader (Fellow)

We study how neurons, glial cells, and vasculature coordinate to support cognition, how it breaks down early in dementia, and if it can be reversed.

Jian.Gan@ed.ac.uk

Dr Angus Gane

INCR logo on blue background

ECAT-I Clinical Lecturer (Neurology)

I work as a speciality registrar in neurology, stroke and general internal medicine, and my research interest is in mechanisms of epilepsy.

Agane@ed.ac.uk

Confocal micrograph of mouse neuromuscular junctions.

Chair of Anatomy

We work to understand cellular and molecular mechanisms that regulate the form and function of the nervous system in health and disease.

T.Gillingwater@ed.ac.uk

Septal Projections to the Hippocampus which are critical in circuits generating seizures in temporal lobe epilepsy.

Senior Lecturer

We work on understanding the causes of epilepsy and neurodevelopmental disorders to develop new therapeutics and biomarkers.

Agonzal2@staffmail.ed.ac.uk

Immense synapse diversity in the brain: a view of the mouse hippocampus with coloured spots representing molecularly diverse synapses.

Personal Chair in Molecular Neuroscience // Personal Chair of Molecular Neuroscience

We study synapse diversity, uncovering its fundamental roles in brain function and dysfunction throughout the lifespan.

Seth.Grant@ed.ac.uk

Nematode worm Caenorhabditis elegans with an expanded genetic code, expressing a red fluorescent protein containing a non-canonical amino acid.

Senior Lecturer

We expand the genetic code of multicellular organisms to produce proteins with new types of amino acids and properties not found in nature.

S.Greiss@ed.ac.uk

INCR logo on blue background

Chair of Cardiovascular Medicine

Our research focuses on understanding how inflammation and oxidation intersect in vascular biology, especially in the context of hypertension.

Tguzik@exseed.ed.ac.uk

INCR logo on blue background

Personal Chair of Arterial Remodelling

I study mechanisms that regulate arterial function and structure, focussing on the role of the endothelium, new blood vessel and lesion formation.

Patrick.Hadoke@ed.ac.uk

Social inclusion in Ethiopia.

Chair of Global Mental Health

Our work focuses on how to better support recovery of people with mental health conditions in low- and middle-income countries.

Chanlon@ed.ac.uk

INCR logo on blue background

City of Edinburgh Chair of Pharmacology

We work on understanding how neurons and surrounding cells in the brain work together to adapt to changing needs, to remain in good health.

Giles.H@ed.ac.uk

Specialized astrocytes create the glia limitans.

Wellcome Career Development Fellow

We study how astrocytes contribute to brain function and disease.

Philip.Hasel@ed.ac.uk

INCR logo on blue background

Chancellor's Fellow

We investigate how hyperglycaemia and environmental factors damage pancreatic β-cells, in order to develop better therapies for type 2 diabetes.

Ehaythor@ed.ac.uk

Steroid molecule, mass spectrometry equipment and a chromatogram with separated peaks

Deputy Director Mass Spectrometry Core // Research Fellow

I use advanced mass spectrometry to measure hormones, metabolites and medicines to better understand health and disease.

N.Z.M.Homer@ed.ac.uk

Image of immune cells (green)  in relation to  brain blood vessels (red)  (generated using 2photon microscopy by Dr. Koudelka)

Personal Chair of Neuroscience

We are studying interactions between brain blood vessels and immune cells, and how changes may contribute to memory problems and dementia.

Karen.Horsburgh@ed.ac.uk

INCR logo on blue background

Professor of Neuroinflammatory Medicine

We investigate how innate immune activation causes damage to the microvasculature of the brain.

David.Hunt@ed.ac.uk

Kidney tubules; different cell types are stained red and green.

Clinical Research Career Development Fellow

Kidneys contain tiny tubes ("tubules") that control body fluid composition. We design medicines to modify tubular function to treat kidney disease.

Robert.Hunter@ed.ac.uk