References
Bluemle, L. W., Dickson, J. G., Mitchell, J. andPodolnick, M. S. (1960) Permeability and hydrodynamic studies on the MacNeill-Collins dialyser using conventional and modified membrane supports.Trans. Am. Soc artif. internal. Organs,6, 38.
Elliot, W. J., Horn, D. B., Kerr, D. W. S. andPearson, D. T. (1961)In-vitro performance of the twin-coil artificial kidney.Lancet,1, 248.
Kennedy, A. C., Gray, M. J. B., Dinwoodie, A. andLinton, A. C. (1961) Removal of urea creatinine, uric acid and inorganic phosphate by a rotating-drum artificial kidney.Lancet,2, 996.
Kolff, W. J. andWatschinger, B. (1956) Further development of a coil kidney; disposable artificial kidney.J. Lab. clin. Med.,47, 969.
Schreiner, G. E., Maher, J. I. andMarc-Aurete, J. (1959) The dialysance of exogenous poisons and some common metabolites in the twin-coil artificial kidney.J. clin. Invest.,38, 1040.
Tu, W. M. (1960) A study of hemodynamics of the twincoil artificial kidney. The relationship of perfusion rate and blood volume within the coil.Trans. Am. Soc. artif. Internal Organs,6, 2.
Wolf, A. V., Remp, D. G., Kiley, J. E. andCurrie, G. D. (1951) Artificial kidney function: Kinetics of haemodialysis.J. clin. Invest.,30, 1002.
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Nayman, J., Dudley, H.A.F. Improving the efficiency of an artificial kidney: The use of increased dialysate flow rates. Med. & biol. Engng. 4, 403–407 (1966). https://doi.org/10.1007/BF02476160
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DOI: https://doi.org/10.1007/BF02476160