Artificial Heart 2: Proceedings Of The 2nd International Symposium On Artificial Heart And Assist Device, August 13-14, 1987, Tokyo, Japan Artificial Heart Two

Editor, Tetsuzo Akutsu ; Associate Editors, Hitoshi Koyanagi ... [et Al.]. Published In Association With Japan Research Promotion Society For Cardiovascular Diseases. Includes Bibliographies And Index. Front Matter....Pages I-XV Front Matter....Pages 1-1 Blood material interactions: Ex vivo investigations of polyurethanes....Pages 3-11 Mechanical properties of segmented polyether polyurethanes for blood pump applications....Pages 13-18 Effect of segment structure on fatigue behavior of segmented polyurethaneureas in pseudobiological environments....Pages 19-25 In vitro and ex vivo studies of the antithrombogenicity of polyether-segmented nylon 610 of crystalline-amorphous microstructure....Pages 27-33 Design and synthesis of blood-compatible polyurethane derivatives....Pages 35-43 Improved blood compatibility of heparin immobilization and PEO-PDMS-heparin triblock copolymer coating on surfaces of segmented polyurethaneurea....Pages 45-55 Blood compatibility of polyacrylonitrile containing ethyleneoxide and dimethylamino side chains....Pages 57-63 A reconstituted vessel’s wall model on microporous substrates as a small-caliber artificial graft....Pages 65-73 A small-caliber vascular graft for aortocoronary artery graft with temporarily artificial and permanently natural antithrombogenicity and natural vessel compliance....Pages 75-85 Front Matter....Pages 87-87 The Novacor heart assist system: Development, testing and initial clinical evaluation....Pages 89-99 Electromechanically driven, computer-controlled implantable cardiac assist device....Pages 101-106 Development of nutating centrifugal blood pump....Pages 107-113 Technical considerations in the development of clinical systems for temporary and permanent cardiac support....Pages 115-129 Experimental and clinical evaluation of a sack-type ventricular assist device and drive system....Pages 131-139 Pulsatile veno-arterial bypass (ECMO) with a pusher-plate pump for profound biventricular failure....Pages 141-147 Ventricular assist device with built-in trileaflet polyurethane valves....Pages 149-157 Right ventricular function during left ventricular assistance evaluated by two-dimensional echocardiography....Pages 159-165 Reduction of myocardial infarct size by left ventricular assist with revascularization....Pages 167-171 Front Matter....Pages 173-173 Clinical experience with ventricular....Pages 175-183 Clinical evaluation of left ventricular assist device in six cases....Pages 185-193 Front Matter....Pages 173-173 Left ventricular assist device: Experimental and clinical study....Pages 195-203 Clinical considerations of life-saving effect of left ventricular assist device....Pages 205-213 Front Matter....Pages 215-215 Early experience with the total artificial heart as a bridge to cardiac transplantation....Pages 217-226 Prolonged circulatory maintenance with a left ventricular assist device during cardiac arrest....Pages 227-236 Potential candidates for bridge bypass....Pages 237-241 Front Matter....Pages 243-243 Energy systems for chronic circulatory support....Pages 245-255 Development of transcutaneous energy transmission system for totally implantable artificial heart....Pages 257-263 Development of transcutaneous energy transmission system....Pages 265-271 Linear electromagnetic actuators for implantable artificial heart....Pages 273-279 Front Matter....Pages 281-281 Engineering studies of the Penn State artificial heart....Pages 283-293 Development of multiparameter automatic control system of total artificial heart for analysis of circulation mechanism....Pages 295-301 Predictive control of total artificial heart during exercise....Pages 303-311 Atrial natriuretic polypeptide in sheep with total artificial heart....Pages 313-318 Plasma atrial natriuretic polypeptide levels during various types of artificial circulation....Pages 319-323 Design criteria of implantable blood pump in the goat’s chest cavity....Pages 325-331 New valve-containing systems for the total artificial heart....Pages 333-341 Implantable motor-driven artificial heart....Pages 343-351 Left-right simultaneously ejecting motor-driven total artificial heart system....Pages 353-361 Back Matter....Pages 363-368