Artificial heart implantation V. I. ShumakovN. K. Zimin Research, Design, And Technology Pages: 159 - 163
Hemodynamic characteristics of the “ÉMIKS” disk artificial heart valves M. L. SemenovskiiV. E. ManukyanV. V. Chestukhin Research, Design, And Technology Pages: 163 - 165
Method of determining the kinematic parameters of disk artificial heart valves Yu. V. Zaretskii Research, Design, And Technology Pages: 165 - 168
Transport of carbon dioxide in membrane oxygenators V. M. VlasovZ. R. KarichevYu. V. Isaev Research, Design, And Technology Pages: 168 - 174
Plasma- and cytopheresis instruments for extracorporeal regulation of aggregate blood state in cardiovascular diseases A. O. GavrilovA. A. PisarevskiiM. G. Pavlyutenkov Research, Design, And Technology Pages: 174 - 178
Purifying biological liquids with sorbents baséd on commercial activated charcoal A. A. DmitrievR. A. BektimirovV. M. Lanin Research, Design, And Technology Pages: 178 - 181
Performance analysis for dip hemodialysis units fitted with soviet and foreign membranes A. R. RudmanN. A. VengerovaA. V. Overchenko Research, Design, And Technology Pages: 181 - 184
Method of estimating complement-system activation for hemodialysis patients E. A. TseitlinaI. M. LanskayaV. I. Sevast'yanov Research, Design, And Technology Pages: 185 - 188
Peroxidase determination with tubular carbon electrodes in a flow system D. M. IvnitskiiD. M. AronbaevS. D. Varfolomeev Research, Design, And Technology Pages: 188 - 191
Potentialities and prospects for the clinical application of low-rate membrane oxygenators with heat exchangers A. A. PisarevskiiA. B. KarasevA. S. Raetskii Surveys Pages: 192 - 194
Capacity of various membrane-oxygenator designs under standard conditions V. M. VlasovZ. R. KarichevA. L. Muler Surveys Pages: 195 - 199
