Contents
Download PDF
pdf Download XML
46356 Views
32188 Downloads
Share this article
Research Article | Volume 3 Issue 1 (, 1997) | Pages 75 - 80
Comparative study of the hydrodynamic function of the size 19mm and 21mm St. Jude Medical Hemodynamic Plus Bileaflet Heart valves
1
Department of Mechanical Engineering, University of Leeds, United Kingdom.
Under a Creative Commons license
PMID : -8162222
Published
Jan. 24, 1994
Abstract

The hydrodynamic function of the St. Jude Medical Hemodynamic Plus Bileaflet Heart valve has been compared to the function of the standard St. Jude valve, the Carbomedics, Duromedics and the Monostrut valves in a pulsatile flow simulator. Size 19mm and 21mm tissue annulus diameter valves have been studied for use in small aortic roots. The size 19mm St. Jude hemodynamic Plus had lower forward flow pressure drops and lower total energy losses than the other valves studied. The size 19mm St. Jude Hemodynamic Plus valve should provide lower forward flow pressure drops and energy losses for the patient with a small aortic root, than the other types of prostheses included in the study.

 

 

How to cite: Fisher J. (1994). Comparative study of the hydrodynamic function of the size 19mm and 21mm St. Jude Medical Hemodynamic Plus Bileaflet Heart valves. The Journal of heart valve disease, 3(1), 75–80.

Keywords
Recommended Articles
Research Article
Pure Tone Audiometric Profile of Patients with Type 2 Diabetes Mellitus and Its Association with Glycemic Status.
Published: 29/03/2016
Download PDF
Read Article
Research Article
A Prospective Study Of Outcome Of Functional Endoscopic Sinus Surgery In Chronic Rhino sinusitis.
Published: 31/07/2016
Download PDF
Read Article
Research Article
Problematic Smartphone Use, Sleep Quality and Behavioral Difficulties Among Adolescents: Associations and Independent Predictors
Published: 30/05/2026
Download PDF
Read Article
Research Article
Patterns and Prevalence of Problematic Smartphone Use Among School-Going Adolescents: An Analytical Cross-Sectional Study
Published: 30/05/2026
Download PDF
Read Article
© Copyright Journal of Heart Valve Disease