Article Figures & Data
Figures
- Fig. 1.
The Quadrox-iD (A) and cross-section of diffusion membrane showing blood, water, and gas flow through a mat of hollow fibers (B). Courtesy of Maquet.
- Fig. 2.
Image of the Medos Hilite LT (A) and diagram of flow through blood and sweep gas channels (B). Courtesy of Xenios.
- Fig. 3.
Cardiohelp, a compact and integrated extracorporeal membrane oxygenation system. Courtesy of Maquet.
- Fig. 4.
The Deltrastream DP3 pump and driver with Medos Hilite LT hollow-fiber membrane. Courtesy of Xenios.
- Fig. 5.
Hemolung core with rotating pump and fiber bundle (A), cross-sectional diagram (B), and the console and monitoring platform (C). Courtesy of Alung Technologies.
- Fig. 6.
Hemolung 15.5-Fr dual-lumen jugular (A) and femoral catheters (B). Courtesy of Alung Technologies.
- Fig. 7.
Changes in mean pH and PaCO2 in subjects with COPD exacerbation receiving noninvasive ventilation. From Reference 30, with permission.
- Fig. 8.
Schematic representation of a hollow-fiber membrane positioned in series with a hemofilter with a renal replacement therapy platform. Circles show system pumps and hexagons represent the required pressure sensors. Rep = replacement fluid pump; UF = ultrafiltration pump. From Reference 33, with permission.
- Fig. 9.
The paracorporeal ambulatory assist lung prototype. Courtesy of the University of Pittsburgh.
- Fig. 10.
Imbedded haptic skills trainer kit (A) used for surgical placement of extracorporeal membrane oxygenation cannulae during simulation training (B). Courtesy of Dr Peter Weinstock, Boston Children's Hospital Simulator Program.
