Video 3_Increasing arterial compliance by laser modification of fibro-calcific plaques.mp4

Video 3_Increasing arterial compliance by laser modification of fibro-calcific plaques.mp4

Background<p>Calcium is a constituent of numerous types of atherosclerotic plaques. While various vessel modification devices have been introduced, plaque heterogeneity presents a challenge to direct therapy to specific components within the arterial wall.</p>Aims<p>We introduce a...

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Bibliographic Details
Main Author: S. Rajebahadur (22435081) (author)
Other Authors: N. Velluva Rayaroth (22435084) (author), J. B. King (22435087) (author), Yu. M. Alexandrovskaya (22435090) (author), G. Guagliumi (7719428) (author), A. Glatz (22435093) (author), J. E. Johnson (6336083) (author), F. Miranda Romero (22435096) (author), D. Vela (22435099) (author), V. M. Vinokur (14515145) (author), T. E. Milner (22435102) (author), E. N. Sobol (22435105) (author)
Published: 2025
Subjects:
Cardiology
arterial compliance
calcified plaques
laser
non-destructive modification
cardio-vascular disease
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