Abstract #2685
Acquisition and finite element analysis of 4DFlow-MR functional angiography in brain and neck
María Paula Del Pópolo1,2, Leandro Enrique Salcedo1,2,3, Clara Lisazo1,2, Federico Julián González Nicolini2,4,5, Trinidad González Padin1,2, Rodrigo Nahuel Alcalá Marañón1,2,6, Rocío Paula Boschi2,7, Mercedes Paula Caspi2,7, Ezequiel F Petra8, Pedro Pablo Ariza1,2, Valdir Fialkowski9, and Daniel Fino Villamil1,2,5
1MRI Department, Fundación Argentina para el Desarrollo en Salud, Mendoza, Argentina, 2MRI Department, Fundación Escuela de Medicina Nuclear, Mendoza, Argentina, 3FI, Universidad de Mendoza, Mendoza, Argentina, 4FGQNYCS, Comisión Nacional de Energía Atómica, Buenos Aires, Argentina, 5Instituto Balseiro, Universidad Nacional de Cuyo, San Carlos de Bariloche, Argentina, 6FCEN, Universidad Nacional de Cuyo, Mendoza, Argentina, 7MRI Department, Fundación Argentina para el Desarrollo en Salud, Mendoza, Argentina, 8Hemodynamics, Fundación Argentina para el Desarrollo en Salud, Mendoza, Argentina, 9Research Department, Philips Healthcare, Barueri/San Paulo, Brazil
Synopsis
The abscence of an angiographic functional analysis of the head and neck regions opens the possibility of applying the 4D Flow technique to quantify hemodynamics and blood flow parameters. Through a Python algorithm using Finite Elements Method the dynamic blood behavior was analyzed, obtaining a complete correlation with the clinical diagnosis.
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