We use multiple functional imaging parameters obtained in a single MR scan. HTML TitleHepaT1caDescriptionWe use multiple functional imaging parameters obtained in a single MR scan to describe:liver fibrosisiron contentfat contentperfusion (via non-invasive assessment of portal blood flow)This assesses non-invasively, progression of liver disease & response to therapy or following surgery.Applications to date in:cirrhosisnon-alcoholic fatty liver diseasemacrophage therapyliver islet therapyliver transplantacute liver insultThis type of non-invasive test can help to prevent repeated liver biopsies, while also assessing liver heterogeneity in a manner which liver biopsies cannot. This is great for improved patient comfort and for assessing early responses to therapyStatusActive - recruitment has closed & analysis has begunPIProf Damian MoleEdinburgh Imaging CollaboratorProf Scott SempleDiseaseLiver disease / cirrhosisFacility / resourceEIF QMRIEIF RIEProject type Funding Relevant links04 Nov 17. Liver study underway This article was published on 2024-08-22
HTML TitleHepaT1caDescriptionWe use multiple functional imaging parameters obtained in a single MR scan to describe:liver fibrosisiron contentfat contentperfusion (via non-invasive assessment of portal blood flow)This assesses non-invasively, progression of liver disease & response to therapy or following surgery.Applications to date in:cirrhosisnon-alcoholic fatty liver diseasemacrophage therapyliver islet therapyliver transplantacute liver insultThis type of non-invasive test can help to prevent repeated liver biopsies, while also assessing liver heterogeneity in a manner which liver biopsies cannot. This is great for improved patient comfort and for assessing early responses to therapyStatusActive - recruitment has closed & analysis has begunPIProf Damian MoleEdinburgh Imaging CollaboratorProf Scott SempleDiseaseLiver disease / cirrhosisFacility / resourceEIF QMRIEIF RIEProject type Funding Relevant links04 Nov 17. Liver study underway