Assisted circulation for end-stage chronic heart failure

Despite the trend in the use of electromechanical left ventricular assist devices (LVAD), the highly compact, long lasting, and endurance characteristics of the new pneumatic system has its place in the treatment of end-stage chronic heart failure. The ProCor Model 1 LVAD has an implantable pump whi...

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Publicado:	1998
Materias:	Bioprostheses maintaining aortic root Circulatory assistance End-stage heart failure Left ventricular assist device and cardiomyopathies Left ventricular assist device and electrocardiogram synchronized New pneumatic left ventricular assist device animal experiment animal model animal tissue aorta root article artificial heart pacemaker assisted circulation bioprosthesis blood pump controlled study diastole electrocardiogram heart failure life expectancy nonhuman pneumatic tool priority journal swine Animals Aorta Biocompatible Materials Blood Vessel Prosthesis Electrocardiography Heart Failure, Congestive Heart-Assist Devices Polyethylene Terephthalates Prosthesis Implantation Swine Transducers, Pressure Animalia Suidae Sus scrofa
Acceso en línea:	https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_0160564X_v22_n3_p230_Liotta http://hdl.handle.net/20.500.12110/paper_0160564X_v22_n3_p230_Liotta
Aporte de:	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires

id	paper:paper_0160564X_v22_n3_p230_Liotta
record_format	dspace
spelling	paper:paper_0160564X_v22_n3_p230_Liotta2023-06-08T15:13:25Z Assisted circulation for end-stage chronic heart failure Bioprostheses maintaining aortic root Circulatory assistance End-stage heart failure Left ventricular assist device and cardiomyopathies Left ventricular assist device and electrocardiogram synchronized New pneumatic left ventricular assist device animal experiment animal model animal tissue aorta root article artificial heart pacemaker assisted circulation bioprosthesis blood pump controlled study diastole electrocardiogram heart failure life expectancy nonhuman pneumatic tool priority journal swine Animals Aorta Biocompatible Materials Blood Vessel Prosthesis Electrocardiography Heart Failure, Congestive Heart-Assist Devices Polyethylene Terephthalates Prosthesis Implantation Swine Transducers, Pressure Animalia Suidae Sus scrofa Despite the trend in the use of electromechanical left ventricular assist devices (LVAD), the highly compact, long lasting, and endurance characteristics of the new pneumatic system has its place in the treatment of end-stage chronic heart failure. The ProCor Model 1 LVAD has an implantable pump which is small in size and has a double pusher plate design. The portable power pack is small, too. It is easy to carry, and it is synchronized to the ECG to pump during the patient's diastolic period. Constant driving conditions are set as follows: frequency rate, 60 bpm; systolic percentage, 25 (250 ms); dP/dt, 1,800 (45 ms) mm Hg · s; and driving pressure, 250 mm Hg to have a basic 3.500 L/min pump output for prolonged circulatory assistance. The 6 mm internal diameter (ID) percutaneous multipurpose pneumatic tube contains within its wall both a spiral of MP35N alloy wire connected to the myocardial lead for ECG sensing and a spiral serving as mass ready to be used for cardiac pacing with an external pacemaker when necessary. The aortic porcine bioprosthesis maintains the aortic root and the sinus ridge. 1998 https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_0160564X_v22_n3_p230_Liotta http://hdl.handle.net/20.500.12110/paper_0160564X_v22_n3_p230_Liotta
institution	Universidad de Buenos Aires
institution_str	I-28
repository_str	R-134
collection	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic	Bioprostheses maintaining aortic root Circulatory assistance End-stage heart failure Left ventricular assist device and cardiomyopathies Left ventricular assist device and electrocardiogram synchronized New pneumatic left ventricular assist device animal experiment animal model animal tissue aorta root article artificial heart pacemaker assisted circulation bioprosthesis blood pump controlled study diastole electrocardiogram heart failure life expectancy nonhuman pneumatic tool priority journal swine Animals Aorta Biocompatible Materials Blood Vessel Prosthesis Electrocardiography Heart Failure, Congestive Heart-Assist Devices Polyethylene Terephthalates Prosthesis Implantation Swine Transducers, Pressure Animalia Suidae Sus scrofa
spellingShingle	Bioprostheses maintaining aortic root Circulatory assistance End-stage heart failure Left ventricular assist device and cardiomyopathies Left ventricular assist device and electrocardiogram synchronized New pneumatic left ventricular assist device animal experiment animal model animal tissue aorta root article artificial heart pacemaker assisted circulation bioprosthesis blood pump controlled study diastole electrocardiogram heart failure life expectancy nonhuman pneumatic tool priority journal swine Animals Aorta Biocompatible Materials Blood Vessel Prosthesis Electrocardiography Heart Failure, Congestive Heart-Assist Devices Polyethylene Terephthalates Prosthesis Implantation Swine Transducers, Pressure Animalia Suidae Sus scrofa Assisted circulation for end-stage chronic heart failure
topic_facet	Bioprostheses maintaining aortic root Circulatory assistance End-stage heart failure Left ventricular assist device and cardiomyopathies Left ventricular assist device and electrocardiogram synchronized New pneumatic left ventricular assist device animal experiment animal model animal tissue aorta root article artificial heart pacemaker assisted circulation bioprosthesis blood pump controlled study diastole electrocardiogram heart failure life expectancy nonhuman pneumatic tool priority journal swine Animals Aorta Biocompatible Materials Blood Vessel Prosthesis Electrocardiography Heart Failure, Congestive Heart-Assist Devices Polyethylene Terephthalates Prosthesis Implantation Swine Transducers, Pressure Animalia Suidae Sus scrofa
description	Despite the trend in the use of electromechanical left ventricular assist devices (LVAD), the highly compact, long lasting, and endurance characteristics of the new pneumatic system has its place in the treatment of end-stage chronic heart failure. The ProCor Model 1 LVAD has an implantable pump which is small in size and has a double pusher plate design. The portable power pack is small, too. It is easy to carry, and it is synchronized to the ECG to pump during the patient's diastolic period. Constant driving conditions are set as follows: frequency rate, 60 bpm; systolic percentage, 25 (250 ms); dP/dt, 1,800 (45 ms) mm Hg · s; and driving pressure, 250 mm Hg to have a basic 3.500 L/min pump output for prolonged circulatory assistance. The 6 mm internal diameter (ID) percutaneous multipurpose pneumatic tube contains within its wall both a spiral of MP35N alloy wire connected to the myocardial lead for ECG sensing and a spiral serving as mass ready to be used for cardiac pacing with an external pacemaker when necessary. The aortic porcine bioprosthesis maintains the aortic root and the sinus ridge.
title	Assisted circulation for end-stage chronic heart failure
title_short	Assisted circulation for end-stage chronic heart failure
title_full	Assisted circulation for end-stage chronic heart failure
title_fullStr	Assisted circulation for end-stage chronic heart failure
title_full_unstemmed	Assisted circulation for end-stage chronic heart failure
title_sort	assisted circulation for end-stage chronic heart failure
publishDate	1998
url	https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_0160564X_v22_n3_p230_Liotta http://hdl.handle.net/20.500.12110/paper_0160564X_v22_n3_p230_Liotta
_version_	1768541886027399168

Assisted circulation for end-stage chronic heart failure

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