RESISTANCE AND CAPACITANCE PHENOMENA IN VASCULAR BEDS 



959 



vessels and veins determined by direct resistance measure- 

 ments. Minn. Med. 41 : 162-170, 1958. 



53. Haddy, F. J. Peripheral vascular resistance. Am. Heart J. 

 60: 1 -5, i960. 



54. Haddy, F. J. Local effects of sodium, calcium and 

 magnesium upon small and large blood vessels of the dog 

 forelimb. Circulation Research 8: 57-70, i960. 



55. Haddy, F. J., M. Fleishman, and D. A. Emanuel. Effect 

 of epinephrine, norepinephrine and serotonin upon 

 systemic small and large vessel resistance. Circulation 

 Research 5: 247-251, 1957. 



56. Haddy, F. J., and H. W. Overbeck. The effect of hyper- 

 and hypotonic solutions on small vessel resistance in the 

 dog forelimb. Physiologist 3 (No. 3): 71, i960. 



57. Haddy, F. J., A. G. Richards, and M. B. Visscher. 

 Pressures in small and large veins and arteries. Am. J. 

 Physiol. 171 : 731, 1952. 



58. Hardin, R. A., J. B. Scott, and F. Haddy. Relationship 

 of pressure to blood flow in the dog kidney. Am. J. 

 Physiol. 199: 1192-1194, i960. 



59. Hartmann, H. , S. L. Orskov, and H. Rein. Die Gefass- 

 reaktionen der Niere im Verlaufe allgemeiner Kreislauf- 

 Regulationsvorgange. Pfliigers Arch. ges. Physiol. 238 : 



239- 2 50, i93 6 -37- 



60. Hasse, Von H. M., G. Rau, and W. Schoop. Die Bedeu- 

 tung von Druck und Durchstromung fur die Dilatation 

 der Kollateralgefasse bei Arterienverschliissen. Z. Kreis- 



laufforsch . 



1127-1133, 1959. 



61. Hertzman, A. B. Vasomotor regulation of cutaneous 

 circulation. Physiol. Revs. 39: 280-306, 1959. 



62. Hilton, S. M. Experiments on the post-contraction 

 hyperaemia of skeletal muscle. J. Physiol., London 120: 

 230-245, 1953. 



63. Hinshaw, L. B., H. M. Ballin, S. B. Day-, and C. H. 

 Carlson. Tissue pressure and autoregulation in the 

 dextran-perfused kidney. Am. J. Physiol. 197: 853-855, 



'959- 



64. Hinshaw, L. B., and S. B. Day. Tissue pressure and 

 critical closing pressure in the isolated denervated dog 

 foreleg. Am. J. Physiol. 196: 489-494, 1959. 



65. Hinshaw, L. B., R. D. Flaig, R. L. Logemann, and 

 C. H. Carlson. Intrarenal venous and tissue pressure 

 and autoregulation of blood flow in the perfused kidney. 

 Am. J. Physiol. 198:891-894, i960. 



66. Johnson, P. C. Autoregulation of intestinal blood flow. 

 Am. J. Physiol. 199: 311 -318, i960. 



67. Johnson, P. C, and K. M. Hanson. Effect of venous 

 pressure on blood volume and venous resistance in the 

 intestine. Federation Proc. 21 : 120, 1962. 



68. Johnson, P. C, and E. E. Selkurt. Intestinal weight 

 changes in hemorrhagic shock. Am. J. Physiol. 193: 



■35-143. I95 8 - 



69. Jones, R. D., and R. M. Berne. Skeletal muscle blood 

 flow regulation. Federation Proc. 20: 104, 1961. 



70. Kelly, W. D., and M. B. Visscher. Effect of sympathetic 

 nerve stimulation on cutaneous small vein and small 

 artery pressures, blood flow and hindpaw volume in 

 the dog. Am. J. Physiol. 185: 453-464, 1956. 



71. Kety, S. S., B. D. King, S. M. Horvath, W. A. Jeffers, 

 and J. H. Hafkenschiel. The effects of an acute reduction 

 in blood pressure by means of differential spinal sympa- 



thetic block on the cerebral circulation of hypertensive 

 patients. J. Clin. Invest. 29: 402-407, 1950. 



72. Kinter, W. B., and J. R. Pappenheimer. Role of red 

 blood corpuscles in regulation of renal blood flow and 

 glomerular filtration rate. Am. J. Physiol. 185: 399-406, 

 1956. 



73. Langston, J. B., A. C. Guyton, and W. J. Gillespie, Jr. 

 Autoregulation absent in normal kidney but present after 

 renal damage. Am. J. Physiol, igg: 495-498, i960. 



74. Levy, M. N., and L. Share. The influence of erythrocyte 

 concentration upon the pressure-flow relationships in 

 the dog's hind limb. Circulation Research 1 : 247-255, 1953. 



75. Litwin, J., A. H. Dil, and D. M. Aviado. Effects of 

 anoxia on the vascular resistance of the dog's hind limb. 

 Circulation Research 8: 585-593, 1960. 



76. Machowicz, P. P., G. Sabo, G. Lin, C. E. Rapela, and 

 H. D. Green. Effect of varying cerebral arterial pressure 

 on cerebral venous flow. Physiologist 4 (No. 3): 68, 1961. 



77. Mall, F. Die Blut und Lymphwege im Diinndarm des 

 Hundes. Abhandl. Kgl. Sachs. Ges. Hiss. Math.-Physik Kl. 

 1888, vol. 14. (Quoted in Medical Physics II, edited by O. 

 Glasser. Chicago: Yr. Bk. Pub., 1950, 230J 



78. Marshall, R. J., Y. Wang, H. J. Semler, and J. T. 

 Shepherd. Flow, pressure and volume relationships in 

 the pulmonary circulation during exercise in normal 

 dogs and dogs with divided left pulmonary artery. Circu- 

 lation Research 9:53-59, 196 1. 



79. Mehrizi, A., and W. F. Hamilton. Effect of levarterenol 

 on renal blood flow and vascular volume in dogs. Am. J. 

 Physiol. 197: 1115-1117, 1959. 



80. Mellander, S. Comparative studies on the adrenergic 

 neuro-hormonal control of resistance and capacitance 

 blood vessels in the cat. Acta Physiol. Scand. 50: Suppl. 

 176, 1-86, 1960. 



81. Miles, B. E., M. G. Ventom, and H. E. deWardenkr. 

 Observations on the mechanism of circulatory autoregula- 

 tion in the perfused dog's kidney. J. Physiol., London 123: 



'43-147. 1954- 



82. Molnar, J. I., R. A. Renn, and F. J. Haddy. Local 

 effects of magnesium and acetate on vascular resistance 

 in the dog forelimb. Federation Proc. 20: g9, 1961. 



83. Nakata, K., G. F. Leong, and R. W. Brauer. Direct 

 measurement of blood pressures in minute vessels of the 

 liver. Am. J. Physiol, igg: 1 181 -1 188, i960. 



84. Olsson, R. A., and D. E. Gregg. Reactive hyperemia 

 characteristics of the myocardium. Federation Proc. 21 : 106, 

 1962. 



85. Osher, W. J. Pressure-flow relationship of the coronary 

 system. .4m. J. Physiol. 172:403-416, 1953. 



86. Overbeck, H. W., and F.J. Haddy. Acute effects of Na + , 

 K + , and Ca^ on vascular resistance in the dog forelimb. 

 Physiologist 3 (No. 3) : 122, i960. 



87. Pappenheimer, J. R., and W. B. Kinter. Hematocrit 

 ratio of blood within mammalian kidney and its signifi- 

 cance for renal hemodynamics. Am. J. Physiol. 185: 377- 

 390, 1956. 



88. Pappenheimer, J. R., and J. P. Maes. A quantitative 

 measure of the vasomotor tone in the hindlimb muscles of 

 the dog. Am. J. Physiol. 137: 1 87-1 99, 1942. 



89. Phillips, F. A., Jr., S. H. Brind, and M. N. Levy. The 

 immediate influence of increased venous pressure upon re- 



