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ManoUS - Research project
Intravascular manometry by vector Doppler ultrasound
ABSTRACT
ManoUS aims to develop a non-invasive method for assessing the severity of vascular constrictions, particularly in the carotid artery. The aim is to implement an ultrasound measurement to estimate pressure loss in such constrictions, prior to an invasive procedure. To achieve this, using a clinical method, colour Doppler ultrasound, the vector velocity field and relative pressures will be estimated, based on the resolution of an inverse problem. The method will be validated numerically and then in the laboratory on carotid stenosis models, by comparing pressure estimates with reference measurements. The aim is to assess the clinical feasibility of this approach in the carotid bifurcation, with a view to pursuing this project with a more ambitious clinical study.
PUBLICATIONS
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, "Noninvasive estimation of pressure drop in arterial stenoses with color doppler ultrasound", Congrès de la Société de Biomécanique
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, "Arterial pressure loss from vascular vector flow mapping with conventional color doppler", IEEE International Symposium on Biomedical Imaging
https://doi-org.docelec.insa-lyon.fr/10.1109/ISBI53787.2023.10230728 - S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, "Measurement of pressure drop in arterial stenosis with color doppler imaging", Congress of the European Society of Biomechanics
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, "Estimation of arterial transstenotic pressure loss using color doppler imaging", IEEE International Ultrsonics Symposium
CONFERENCES
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, Arterial pressure loss from vascular vector flow mapping with conventional color doppler, IEEE International Symposium on Biomedical Imaging, 2023
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, Measurement of pressure drop in arterial stenosis with color doppler imaging, Congress of the European Society of Biomechanics
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia,, Estimation of arterial transstenotic pressure loss using color doppler imaging, IEEE International Ultrsonics Symposium, 2022
- S. Choupani, F. Varray, B. Gilles, J.C. Béra, and D. Garcia, Noninvasive estimation of pressure drop in arterial stenoses with color doppler ultrasound, Congrès de la Société de Biomécanique
About the ManoUS project - Thesis certified
RESEARCH AXIS
Axis #2
KEYWORDS
Ultrasound imaging, Color Doppler, PIV imaging,
fluids dynamic, aortic stenosis,
in vitro experimentation, inverse problem
DURATION - STATUS
01/10/2020 – 30/09/2023 - Completed
PhD STUDENT
Samaneh CHOUPANI (CREATIS)
PROJECT COORDINATOR
François VARRAY (CREATIS)
COORDINATING LABORATORY
CREATIS Laboratory
PARTNER LABORATORIES
Laboratory of Therapeutic Applications of Ultrasound (LabTAU)
PARTNER RESEARCHERS
Jean-Christophe BERA (LabTAU)
Bruno Gilles (LabTAU)
Axis #2
KEYWORDS
Ultrasound imaging, Color Doppler, PIV imaging,
fluids dynamic, aortic stenosis,
in vitro experimentation, inverse problem
DURATION - STATUS
01/10/2020 – 30/09/2023 - Completed
PhD STUDENT
Samaneh CHOUPANI (CREATIS)
PROJECT COORDINATOR
François VARRAY (CREATIS)
COORDINATING LABORATORY
CREATIS Laboratory
PARTNER LABORATORIES
Laboratory of Therapeutic Applications of Ultrasound (LabTAU)
PARTNER RESEARCHERS
Jean-Christophe BERA (LabTAU)
Bruno Gilles (LabTAU)