Web Content Display
VIDAA is a web based platform developed in Universitat Pompeu Fabra (UPF) in collaboration with Hospital Clínic de Barcelona, Hospital de la Santa Creu i Sant Pau and Rigshospitalet
in Denmark. VIDAA’s aim is to help clinicians with Left Atrial Appendage Occlusion (LAAO)
planning. It presents an innovative approach to plan LAAO, based on the morphological
measurements of the patient acquired along the LAA centreline extracted from CT images.
Following these measurements, the platform suggests 2-3 device sizes of user’s desired position.
The platform currently suggests device sizes for the Amplatzer AMULET and Watchman device.
The developed platform offers a wide variety of functionalities that cover the requirements listed
by the clinicians involved in the project:
in Denmark. VIDAA’s aim is to help clinicians with Left Atrial Appendage Occlusion (LAAO)
planning. It presents an innovative approach to plan LAAO, based on the morphological
measurements of the patient acquired along the LAA centreline extracted from CT images.
Following these measurements, the platform suggests 2-3 device sizes of user’s desired position.
The platform currently suggests device sizes for the Amplatzer AMULET and Watchman device.
The developed platform offers a wide variety of functionalities that cover the requirements listed
by the clinicians involved in the project:
Authors: Ainhoa Marina Aguado Martin, Carlos Yagüe Méndez, Andy L. Olivares, Jordi• 3D Visualization of LA morphology;• Visualization of CT images on the web;• Visualization and computation of the morphological measurements that characterize patients’ LAA;• LAAO device proposal in user-defined position;• List of all patients and possibility to select the patient in which the planning is going tobe done;• Access restriction to the platform and to the visible patients;• Manual annotation of the morphological regions used for LAAO planning (i.e. circumflex,PVR, ostium and landing zone) from the CT image or the 3D LA mesh;• RAO-LAO definition.
Mill, Oscar Camara, Xavier Freixa, Dabit Arzamendi, Ole de Backer, Enric Perera Bel, Mario
Ceresa, Ibai Genua Gamio and Álvaro Fernandez-Quilez.
Ceresa, Ibai Genua Gamio and Álvaro Fernandez-Quilez.
PhySense
Sensing in Physiology and Biomedicine
PhySense
Sensing in Physiology and Biomedicine
PhySense
Sensing in Physiology and Biomedicine
PhySense
VIDAA: Tool for Virtual implantation device in Left Atrial Appendage
PhySense
Sensing in Physiology and Biomedicine
PhySense
Sensing in Physiology and Biomedicine
Web Content Display
Greater effectiveness in the treatment of arrhythmias with radio frequency energy and catheterization
So demonstrates research resulting from the final year project on the bachelor’s degree in Biomedical Engineering by Sergi Coderch, supervised by Ana González Suárez and Oscar Camara, researchers with the PhySense research group at the BCN MedTech Research Unit. It was a runner up in the 2019 Gemma Rossell i Romero Awards and has been published in International Journal of Hyperthermia.
So demonstrates research resulting from the final year project on the bachelor’s degree in Biomedical Engineering by Sergi Coderch, supervised by Ana González Suárez and Oscar Camara, researchers with the PhySense research group at the BCN MedTech Research Unit. It was a runner up in the 2019 Gemma Rossell i Romero Awards and has been published in International Journal of Hyperthermia.
21.04.2021