Dr Tom MacGillivray highlights the main focus of his research - how retinal imaging might tell us more about human body & brain health, especially in stroke & dementia. HTML Transcript - Dr Tom MacGillivray, 2018 "My name’s Tom MacGillivray, and I’m a Senior Research Fellow here at the University of Edinburgh. I have a particular interest in imaging the retina, and how the retina might be able to tell us something about the health of the human body and brain. Many people are familiar with this type of imaging technology through the high street optician, where they will go for a check-up of eye health. But here at the Edinburgh Imaging group, we’re interested in how this technology could be used for new ways. There are two key aspects to this, the first is that through the eye, the retina, we get a glimpse of blood vessels inside the human body, which is really important for studying diseases that affect the circulatory system, such as diabetes and hypertension. The second is that the eye and the brain are very closely interlinked, and share key features such as blood vessels, but also nerve tissue, so by studying images of the retina by computational analysis, we can learn things about brain health, which is particularly important for conditions such as stroke and dementia. So what retinal imaging could become in the future is a new clinical tool for doctors to detect people that maybe have problems they didn’t know about, such as high blood pressure, or a means of monitoring peoples response to disease, or even screening for the earlier signs of changes to brain health years before the onset of dementia and Alzheimer’s." Relevant links Dr Tom MacGillivray Eyes / retinal Brain & nervous system Dementia Stroke What is Retinal imaging? 05 Jan 22. SINAPSE / CSO award 12 Aug 20. Scottish Enterprise funding 31 May 19. ADDF Diagnostics Awards Relevant Edinburgh Imaging publications 08 Feb 22. Featured Paper. Measuring axial length of the eye from magnetic resonance brain imaging 21 Jul 21. Featured Paper. Reproducibility of retinal vascular phenotypes obtained with optical coherence tomography angiography: importance of vessel segmentation 11 Mar 21. Featured Paper. The application of optical coherence tomography angiography in Alzheimer's disease: A systematic review. 16 Feb 21. Featured Paper. Sonographic bridging callus at six weeks following displaced midshaft clavicle fracture can accurately predict healing. 11 Dec 20. Featured Paper. Automated segmentation of optical coherence tomography angiography images: benchmark data & clinically relevant metrics. 28 Oct 20. Featured Paper. DiCyc: GAN-based deformation invariant cross-domain information fusion for medical image synthesis. 23 Sep 20. Featured Paper. Quantitative measurements of enlarged perivascular spaces in the brain are associated with retinal microvascular parameters in older community-dwelling subjects. 24 Jul 20. Featured Paper. Retinal biomarkers discovery for cerebral small vessel disease in an older population. 08 Apr 20. Featured Paper. Relationship between venules & perivascular spaces in sporadic small vessel diseases. Please view all our publications, here This article was published on 2024-08-22