Cardiomyopathies are diseases of the heart muscle, which can affect the heart’s size, shape, structure & function. Cardiomyopathies are frequently inherited. Other myopathic changes can alter aortic & other blood vessel wall structure. HTML OverviewWe use MR to assess heart function as well as key aspects of cardiovascular disease. MR techniques such as T1-mapping allow us to quantify processes such as fibrosis. We have pioneered this work in assessing severity of aortic stenosis, both of the valve itself & throughout the myocardium.Our group has pioneered the use of novel MR contrast agents to image processes directly, such as inflammation. Using iron-oxide based MR contrast agents (USPIOs), we have directly imaged inflammation within abdominal aortic aneurysms to help predict aneurysm rupture & understand growth patterns within these aneurysms. We have applied this technique to look at macrophage infiltration within the myocardium during heart remodelling following myocardial infarction & in a range of cardiomyopathies.Finally we can image myocardial inflammation using the PET tracer 18F-fluciclatide to image integrin expression following myocardial infarction post myocardial infarction. Lead myopathies & inflammation researcher Prof David NewbyTo discuss new research & collaborative imaging projects with Edinburgh Imaging, please contact: Edinburgh Imaging Enquiries: studies / collaborations / facilities Contact details Email: edimg.studyinfo@ed.ac.uk Research staff with a myopathies & inflammation focusProf Edwin van BeekProf Marc DweckAlison FletcherDr Gillian MacnaughtProf Scott SempleCurrent projectsCompleted projects – more info to come. Funding organisations & groupsMore info to come. Relevant links 23 Nov 20. MEMORY-COVID study milestone01 Jul 20. MEMORY-COVID study begins Relevant Edinburgh Imaging publications 04 Apr 18. Featured Paper. Computed Tomography aortic valve calcium scoring in patients with aortic stenosisPlease view all our publications, here This article was published on 2024-08-22
HTML OverviewWe use MR to assess heart function as well as key aspects of cardiovascular disease. MR techniques such as T1-mapping allow us to quantify processes such as fibrosis. We have pioneered this work in assessing severity of aortic stenosis, both of the valve itself & throughout the myocardium.Our group has pioneered the use of novel MR contrast agents to image processes directly, such as inflammation. Using iron-oxide based MR contrast agents (USPIOs), we have directly imaged inflammation within abdominal aortic aneurysms to help predict aneurysm rupture & understand growth patterns within these aneurysms. We have applied this technique to look at macrophage infiltration within the myocardium during heart remodelling following myocardial infarction & in a range of cardiomyopathies.Finally we can image myocardial inflammation using the PET tracer 18F-fluciclatide to image integrin expression following myocardial infarction post myocardial infarction. Lead myopathies & inflammation researcher Prof David NewbyTo discuss new research & collaborative imaging projects with Edinburgh Imaging, please contact: Edinburgh Imaging Enquiries: studies / collaborations / facilities Contact details Email: edimg.studyinfo@ed.ac.uk Research staff with a myopathies & inflammation focusProf Edwin van BeekProf Marc DweckAlison FletcherDr Gillian MacnaughtProf Scott SempleCurrent projectsCompleted projects – more info to come. Funding organisations & groupsMore info to come. Relevant links 23 Nov 20. MEMORY-COVID study milestone01 Jul 20. MEMORY-COVID study begins Relevant Edinburgh Imaging publications 04 Apr 18. Featured Paper. Computed Tomography aortic valve calcium scoring in patients with aortic stenosisPlease view all our publications, here