Artificial Organs

10th Congress of the International Society for Rotary Blood Pumps
pp. 863-864(2)
Author: Matsuda H.

Antithrombogenicity of the Gyro Permanently Implantable Pump with the RPM Dynamic Suspension System for the Impeller
pp. 865-869(5)
Authors: Ichikawa S.; Nonaka K.; Motomura T.; Ishitoya H.; Watanabe K.; Ashizawa S.; Shinohara T.; Sumikura H.; Ichihashi F.; Oestmann D.; Nosé Y.

Basic Study to Develop an Electromagnetic Drive Method for the Rotary Undulation Pump
pp. 870-874(5)
Authors: Abe Y.; Chinzei T.; Isoyama T.; Saito I.; Ono T.; Mochizuki S.; Kouno A.; Imachi K.

Evaluation of Pulsatile and Nonpulsatile Flow in Microvessels of the Bulbar Conjunctiva in the Goat with an Undulation Pump Artificial Heart
pp. 875-881(7)
Authors: Baba A.; Dobsak P.; Mochizuki S.; Saito I.; Isoyama T.; Takiura K.; Shibata M.; Abe Y.; Chinzei T.; Vasku J.; Imachi K.

The Roles of Vascular Smooth Muscle Cells in the Aortic Wall Thinness under Prolonged Continuous Flow Left Heart Bypass
pp. 882-886(5)
Authors: Mizuno T.; Nishinaka T.; Ohnishi H.; Tatsumi E.; Tsukiya T.; Oshikawa M.; Shioya K.; Takewa Y.; Homma A.; Takano H.; Kitamura S.; Taenaka Y.

Axial Type Self-Bearing Motor for Axial Flow Blood Pump
pp. 887-891(5)
Authors: Okada Y.; Masuzawa T.; Matsuda K-I.; Ohmori K.; Yamane T.; Konishi Y.; Fukahori S.; Ueno S.; Kim S-J.

Development of a Magnetic Fluid Shaft Seal for an Axial-Flow Blood Pump
pp. 892-896(5)
Authors: Sekine K.; Mitamura Y.; Murabayashi S.; Nishimura I.; Yozu R.; Kim D-W.

Tsukuba Remote Monitoring System for Continuous-Flow Artificial Heart
pp. 897-906(10)
Authors: Kosaka R.; Sankai Y.; Takiya R.; Jikuya T.; Yamane T.; Tsutsui T.

Design Progress of the Ultracompact Integrated Heart Lung Assist Device—Part 1: Effect of Vaned Diffusers on Gas-Transfer Performances
pp. 907-913(7)
Authors: Tsukiya T.; Tatsumi E.; Nishinaka T.; Katagiri N.; Takewa Y.; Ohnishi H.; Oshikawa M.; Shioya K.; Mizuno T.; Taenaka Y.; Takano H.; Kitamura S.

Design Progress of the Ultracompact Integrated Heart Lung Assist Device—Part 2: Optimization of the Diffuser Vane Profile
pp. 914-919(6)
Authors: Tsukiya T.; Tatsumi E.; Nishinaka T.; Katagiri N.; Takewa Y.; Ohnishi H.; Oshikawa M.; Mizuno T.; Taenaka Y.; Takano H.; Kitamura S.

An Estimation Method of Hemolysis within an Axial Flow Blood Pump by Computational Fluid Dynamics Analysis
pp. 920-925(6)
Authors: Yano T.; Sekine K.; Mitoh A.; Mitamura Y.; Okamoto E.; Kim D-W.; Nishimura I.; Murabayashi S.; Yozu R.

An Advanced Physiological Controller Design for a Left Ventricular Assist Device to Prevent Left Ventricular Collapse
pp. 926-930(5)
Authors: Wu Y.; Allaire P.; Tao G.; Wood H.; Olsen D.; Tribble C.

Building a Computer Model of the Haemobear Blood Pump
pp. 931-934(4)
Authors: Grönsfelder T.; Schima H.; Reindl C.; Nordmann R.

Studies of Turbulence Models in a Computational Fluid Dynamics Model of a Blood Pump
pp. 935-937(3)
Authors: Song X.; Wood H.G.; Day S.W.; Olsen D.B.

Computational Fluid Dynamics Prediction of Blood Damage in a Centrifugal Pump
pp. 938-941(4)
Authors: Song X.; Throckmorton A.L.; Wood H.G.; Antaki J.F.; Olsen D.B.

Leakage Flow Measurements in a Bio-Centrifugal Ventricular Assist Device Model
pp. 942-959(18)
Authors: Chua L.P.; Ong K.S.; Yu C.M.S.; Zhou T.

Upcoming Meetings
pp. 960-960(1)