A-B Principal Investigators

Explore Principal Investigators in our institute with surnames beginning A-B.

A section through hippocampus showing non-overlapping expression of eEF1A1 and eEF1A2

Personal Chair of Mammalian Molecular Genetics

We work primarily on a rare, genetic epilepsy, trying to understand the basis for the disorder and to find new treatments.

Network map of biological functions associated with mental health. Purple, orange, and green strands look drops of paint on a dark background.

Senior Research Fellow

We conduct global genetic studies of common mental health disorders like depression and anxiety.

INCR logo on blue background

MRC Career Development Award Fellow

Our research is centred on elucidating the mechanisms by which weight loss brings about remission of diabetes in order to develop novel therapies.

Ahmad.Al-Mrabeh@ed.ac.uk

An individual axon in the zebrafish spinal cord.

Chancellor's Fellow

We are working out how neurotransmission beyond the synapse shapes neural circuit formation, function and repair, harnessing the power of zebrafish.

Rafael.G.Almeida@ed.ac.uk

Our research-ready DataLoch Heart Disease Registry brings together detailed primary and secondary care data

Clinical Research Fellow // Reader

We work with routinely collected data to better understand cardiovascular disease and determinants of health.

Atul.Anand@ed.ac.uk

Mass spectrometry image of glucocorticoid and mineralocorticoid hormones that control blood pressure aligned to kidney regions

Personal Chair of Pharmaceutical Endocrinology

We study the roles of steroid hormones in metabolic health and disease, using advanced mass spectrometry techniques.

Ruth.Andrew@ed.ac.uk

INCR logo on blue background

Chancellor's Fellow

Health and disease are controlled by interactions between all of our genes and the world we live in. We try to understand these complex interactions.

David.Ashbrook@ed.ac.uk

Enhanced appetite for salty foods can increase blood pressure and induce inflammation to damage the kidney

Personal Chair of Renal Physiology

We are working to improve cardiovascular outcomes for people living with kidney disease.

Matthew.Bailey@ed.ac.uk

Image credit: Bailey M, Does the kidney influence the hunger for salt?, Kidney International, 106, 1025-1028. 

Visualising the vasculature in health and disease

Gustav Born Chair of Vascular Biology

The Baker lab produces impact-driven, open research that drives cardiovascular innovation from discovery to advanced therapies in vascular disease.

Andy.Baker@ed.ac.uk

RT-QuIC detects abnormal proteins linked to brain diseases. A rising light signal indicates their presence, supporting early and accurate diagnosis

Senior Research Fellow

Focused on neurodegenerative biomarkers, we serve as the UK’s RT-QuIC reference lab for CJD and extend research to other brain disorders.

Marcelo.Barria@ed.ac.uk

Image of the brain’s white matter tracks and white matter hyperintensities (white structures) in an older age volunteer created from diffusion MRI

Personal Chair of Brain Imaging

I am a medical physicist who specialises in advanced MRI methods to study the brain’s white matter in health and disease across the human life course.

Mark.Bastin@ed.ac.uk

Immune cells (red and blue) clustering on fat cells (green)

Reader

We work to undestand the role of the immune system in the development of cardiometabolic diseases.

Cbenezec@exseed.ed.ac.uk

iPSC-derived cardiomyocytes stained for ACTN2 (red), RBM20 (green), and nuclei (blue).

Chancellor's Fellow

My lab studies RNA biology and alternative splicing in the heart to develop gene therapies that repair cardiac tissue and prevent heart failure.

A.Beqqali@ed.ac.uk

This image shows a group of layer 2/3 cortical pyramidal cells recorded in living human brain tissue.

Senior Research Fellow

We are examining how neuronal activity is controlled by inhibtory receptors in diseases affecting the brain over the lifespan.

Sbooker@exseed.ed.ac.uk

Cortical organoid with integrated oligodendrocytes expressing MBP

UK Dementia Research Institute (UK DRI) Programme Leader

We use human stem cell models to understand cellular mechanisms underlying primary tauopathies and Parkinson's.

Kbowles@ed.ac.uk

INCR logo on blue background

Senior Clinical Research Fellow

I am an academic neurologist in the field of movement disorders, focussing on Parkinson's disease (PD).

David.Breen@ed.ac.uk

Image of live human brain slice with multicellular labelling

Personal Chair of Clinical and Experimental Neurosurgery

Paul combines neurosurgery with research spanning the laboratory and the clinic, focused on brain tumours, and a live human brain slice model.

Paul.Brennan@ed.ac.uk

This mosaic image highlights some of the tools that our laboratory uses to study the cells in the heart, in healthy and diseased states.

Personal Chair of Cardiovascular Regeneration

Our research focuses on understanding how blood vessels contribute to and support repair and regeneration in the heart after a heart attack.

Mbrittan@ed.ac.uk

The Brunton Lab's research focusses on the impacts of prenatal stress and the underlying mechanisms

Senior Lecturer (Zhejiang) // Senior Research Fellow/Group Leader

We study the impact of early life stress on the brain and behaviour.

P.J.Brunton@ed.ac.uk