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HANDBOOK OF PHYSIOLOGY 



CIRCULATION II 



autoregulation of the renal circulation. Circulation Research 

 8: 871, i960. 



332. Weaver, A. N, C. T. McCarver, and H. G. Swann. 

 Distribution of blood in the functional kidney. J. Exptl. 

 Med. 104: 41 , 1956. 



333. Weiss, C, H. Passow, and A. Rothstein. Autoregulation 

 of flow in isolated rat kidney in the absence of red cells. 

 Am. J. Physiol. 196: 1 1 15, 1959. 



334. Werko, L., H. Bucht, and B. Josephson. The renal 

 extraction of PAH and oxygen in man during functional 

 changes of the circulation. Scand. J. Clin. & Lab. Invest. 



[1: 3 2I > !949- 



335. Werko, L., H. Bucht, B. Josephson, and J. Ek. The 

 effect of nor-adrenaline and adrenaline on renal hemo- 

 dynamics and renal function in man. Scand. J. Clin. & 

 Lab. Invest. 3: 255, 1951. 



336. Werko, L., E. Varnauskas, H. Eliasch, J. Ek, H. 

 Bucht, B. Thomasson, and J. Bergstrom. Studies on the 

 renal circulation and renal function in mitral valvular 

 disease. I. Effect of exercise. Circulation 9: 687, 1954. 



337. Werko, L., E. Varnauskas, J. Ek, H. Bucht, B. 

 Thomasson, J. Bergstrom, and H. Eliasch. Studies on 

 the renal circulation and renal function in mitral valvular 

 disease. II. Effect of Apresoline. Circulation 9: 700, 1954. 



338. White, H. L. Observations on the behavior of Diodrast 

 in the dog. Am. J. Physiol. 130: 454, 1940. 



339. White, H. L., and D. Rolf. Some effects of exercise and 

 of some other influences on the renal circulation in man. 

 Am. J. Physiol. 152: 505, 1948. 



340. Winton, F. R. Intrarenal pressure. J. Physiol. , London 78: 



9 p . 1933- 



341. Winton, F. R. The influence of changes in the arterial 

 pressure on the intrarenal pressure in the isolated mam- 

 malian kidney. J. Physiol., London 87: 18P, 1936. 



342. Winton, F. R. Intrarenal pressure and renal blood flow. 

 With discussion by H. G. Swann. Trans, yd Conf. Josiah 

 Macy, Jr. Found, p. 51, 1951. 



343. Winton, F. R. Pressures and flows in the kidney. Modern views 

 on the secretion of the urine. ( The Cushny Memorial Lectures) 

 Boston: Little, Brown, 1956, p. 61. 



344. Winton, F. R. Present concepts of the renal circulation. 

 A.M. A. Arch. Internal Med. 103: 495, 1959. 



345. Wirz, H., B. Harcitav, and W. Kuhn. Lokalization des 

 Konzentrierungs-prozessen in der Niere durch directe 

 Kryoskopie. Helv. Physiol, et Pharmacol. Acta 9: 196, 1951. 



346. Wirz, H. Der osmotische Druck des Blutes in dern Nieren- 

 papillae. Helv. Physiol, et Pharmacol. Acta 1 1 : 20, 1 953. 



347. Wirz, H. Druckmessung in Kapillaren und Tubuli der 

 Niere der Ratte. Helv. Physiol, et Pharmacol. Acta 13: 42, 



■955- 



348. Wirz, H. Der osmotische Druck in den corticalen Tubuli 

 der Ratten Niere. Helv. Physiol, et Pharmacol. Acta 14: 353, 



■956- 



349. Wirz, H. Die Niere als Regulator des osmotischen Druckes 

 Mod. Probl. Paediat. 6: 86, i960. 



350. Wise, B. L., and W. F. Ganong. Effect of brain-stem 

 stimulation on renal function. Am. J. Physiol. 198: 1291, 

 i960. 



351. Wolf, G. A. Effect of pain on renal function. Research 

 Publ. Assoc. Nervous Research Mental Diseases 23: 358, 1943. 



352. Yamada, S. I., and A. Astrom. Critical closing pressure 

 and vasomotor tone in the hind leg and kidney of the cat. 

 Am. J. Physiol. 196: 213, 1 959. 



353. Young, W. G., Jr., J. S. H. Harris, and W. C. Sealy. 

 Production of neurogenic afferent renal vasoconstriction 

 in humans and dogs by 2-benzyl-4,5-imidazoline HC1 

 (Priscoline). J. Appl. Physiol. 3: 77, 1950. 



