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Chapters
- 00:04Introduction
- 01:30Workflow for Ultrasound M‐Mode or Apical View DICOM Image Analysis and LV Parameter Extraction
- 02:34PAK Finite Element Solver for Fluid‐Structure (FS) Simulations
- 04:30Determination of Ventricular Activation Sequence from ECG Measurement
- 06:27Results: Fibers Direction, Velocity, Pressure Field, and Displacements in the Parametrical LV Model, Simulation of Whole‐Heart Activation, and Maps of Body Surface Potential
- 08:17Conclusion
Dieses Protokoll demonstriert den Workflow der SILICOFCM-Plattform zur automatischen Generierung eines parametrischen Modells des linken Ventrikels aus patientenspezifischen Ultraschallbildern durch Anwendung eines mehrskaligen elektromechanischen Modells des Herzens. Diese Plattform ermöglicht klinische In-silico-Studien , die darauf abzielen, reale klinische Studien zu reduzieren und positive therapeutische Ergebnisse zu maximieren.
Tags
Keywords:
In Silico Clinical TrialsCardiovascular DiseaseSilico FCM PlatformLeft VentriclePatient-specific Ultrasound ImagesElectromechanical ModelHeartDrug EffectsBoundary ConditionsECGCalcium FunctionHeart MuscleCardiomyopathyHeart FailureCardiac IschemiaArrhythmiaAtrial FibrillationVirtual Population ModuleUltrasound M-ModeApical View WorkflowDICOM FilesGeometryShaded ModelWire Frame ModelInlet And Outlet VelocitiesFinite Element MeshPatient-specific Condition
