Advances in Biomedical Engineering, Part 1 |
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Contents
MODELING THE HUMAN THERMAL SYSTEM | 1 |
Chapter MASS TRANSFER IN SYSTEMS OF ARTIFICIAL LIVER | 6 |
Experimental Confirmation | 11 |
Copyright | |
15 other sections not shown
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Common terms and phrases
ambient Amer arterial Artif Babb Bergström blood flow Bowman's space Brenner Brigham c-urea calculated Cancer capillary wall cells changes Clin coefficient computed convection core creatinine curve Daugharty Deen dextran dialysis index dialyzer diffusion DMSO drug effects Equation excretion experimental filtration flow rate fluid flux fractional clearances function glomerular capillary glomerular ultrafiltration glomerulus hemodialysis hemodialyzer histamine Huckaba hyperthermia increase indicator Jain kidney lung lymph macromolecules measured membrane metabolic middle molecules ml/min molecular weight nephron osmotic osmotic pressure parameters patient peritubular capillary permeability permeation Physiol physiological Popovich pore predicted pressure protein concentration proximal tubule pulmonary pulmonary edema renal Robertson scopolamine shown in Figure skin temperature SNGFR solute stratum corneum studies surface area sweating Table temperature distributions thermal thermography thermoregulation tion tissue tracer Trans transcapillary transdermal transport tubule tumors ultrafiltration values vasa recta vascular vivo
Bibliographic information
| Title | Advances in Biomedical Engineering, Part 1 Advances in Biomedical Engineering, David O. Cooney Volume 6 of Biomedical engineering and instrumentation series |
| Editor | David O. Cooney |
| Publisher | M. Dekker, 1980 |
| Original from | the University of Michigan |
| Digitized | Jul 30, 2008 |
| ISBN | 0824769252, 9780824769253 |
| Length | 689 pages |
| Export Citation | BiBTeX EndNote RefMan |