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Patterns in autoregulation of renal blood flow in the dog.

KOTHE, CARL F., FRANKLIN D. NASH, AND DAVID E. THOMPSON. Patterns in autoregulation of renal blood flow in the dog. Am. J. I'hysiol. 220(6): 1621-1626. 197 1 .-Experiments were designed to provide data to support or refute mathematical models of the autoregulation of renal blood flow. Renal arterial inflow increased only 0.0107 & 0.0068 (SE) ml/set per mm Hg increase in arterial pressure over the range of 70-l 30 mm Hg. Normalized to the flow at 100 mm Hg, the slope was only 0.035 & 0.044 (SE) CxI per mm Hg over the range of 80-120 mm Hg. Neither slope is significantly different from zero. Elevating renal venous pressure 10 mm Hg displaced the autoregulatory curve an amount equal to the change in renal venous pressure. Increasing renal venous pressure 1 O-20 mm Hg degradecl the autoregulation, and increasing ureteral pressure to 50 mm Hg nearly abolished it. The results of this study are summarized here because of a paucity of comphrehensive data in the literature obtained using similar techniques and carefully controlled conditions and of sufficient number and accuracy to be used for statistical evaluation.