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M. Kleiber (1947)
Body size and metabolic rate.Physiological reviews, 27 4
Paul Hamilton, Robert Phillips, Alma Hiller (1948)
Duration of renal ischemia required to produce uremia.The American journal of physiology, 152 3
Kulatilake AE Clegg JF (1968)
The significance of ischaemia in renal allotransplantationProc Eur Dial Treat Assoc, 5
Hans Krebs (1950)
Body size and tissue respiration.Biochimica et biophysica acta, 4 1-3
R. Scarff, C. Keele (1943)
The Effects of Temporary Occlusion of the Renal Circulation in the Rabbit.British journal of experimental pathology, 24
(1945)
A Textbook of PathologyBritish Medical Journal, 2
Phillips RA Van Slyke DD (1944)
Effects of shock on the kidneyTrans Assoc Am Physicians, 58
Milton SH Craddock GN (1969)
Comparison of two methods of testing kidneys damaged by ischaemiaBr J Surg, 56
A. Badenoch, E. Darmady (1947)
The effects of temporary occlusion of the renal artery in rabbits and its relationship to traumatic uraemia.The Journal of pathology and bacteriology, 59 1-2
Krebs HA (1950)
Body size and tissue respirationBiochem Biophys Acta, 4
Gurd Ar (1969)
A method of demonstrating the change in serum fat in patients with the fat embolism syndrome.British Journal of Surgery, 56
Abstract • Different species appear to tolerate different amounts of renal ischemia. It is suggested that all kidneys are equally susceptible to ischemic damage, but that the whole animal response varies between species. Mice, rats, rabbits, and pigs were subjected to bilateral nephrectomy. Large animals had relatively smaller kidneys and survived longer than smaller animals. Therefore, the larger the animal, the more time available for recovery of a kidney damaged by ischemia. This adequately explains the apparent species differences in susceptibility to renal ischemia, which are only seen when the kidney is expected to support life immediately. Simple relationships are described, relating metabolic rate, body size, and survival time with no renal function. (Arch Surg 111:582-584, 1976) References 1. Clegg JF, Kulatilake AE, Chisholm GD, et al: The significance of ischaemia in renal allotransplantation . Proc Eur Dial Treat Assoc 5:264, 1968. 2. Van Slyke DD, Phillips RA, Hamilton PB, et al: Effects of shock on the kidney . Trans Assoc Am Physicians 58:119-127, 1944. 3. Hamilton PB, Philips RA, Hillier A: Duration of renal ischemia required to produce uraemia . Am J Physiol 152:517-522, 1948. 4. Badenoch AW, Darmady EM: The effects of temporary occlusion of the renal artery in rabbits and its relationship to traumatic uraemia . J Pathol Bacteriol 59:79-94, 1947.Crossref 5. Scarff RW, Keele CA: The effects of temporary occlusion of the renal circulation in the rabbit . Br J Exp Pathol 24:147-149, 1943. 6. Craddock GN, Milton SH: Comparison of two methods of testing kidneys damaged by ischaemia . Br J Surg 56:381, 1969. 7. Muir R: Textbook of Pathology . DF Cappell (rev), London, Edward Arnold & Co, 1968, p 596. 8. Kleiber M: Body size and metabolic rate . Physiol Rev 27:511-541, 1947. 9. Krebs HA: Body size and tissue respiration . Biochem Biophys Acta 4:249-269, 1950.Crossref
Archives of Surgery – American Medical Association
Published: May 1, 1976
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