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CIRCULATION II 



R I . F E R E N C E S 



>3' 



14. 



15 



17 



Alexander, R. S. Influence of the diaphragm upon 

 portal blood flow and venous return. Am. J. Physiol. 167: 



738, I95i- 2 '- 



Alexander, R. S. The participation of the venomotor 



system in pressure reflexes. Circulation Research 2 : 405, 22. 



'954- 



Alexander, R. S. Venomotor tone in hemorrhage and 



shock. Circulation Research 3: 181, 1955. 23. 



Alexander, R. S. Reflex alterations in venomotor tone 



produced by venous congestion. Circulation Research 4: 



49, 1956. 24. 



Allen, S. C, C. L. Taylor, and V. E. Hall. A study 



of orthostatic insufficiency by the tiltboard method. Am. 



J. Physiol. 143: 11, 1945. 25. 



Altmann, R. Uber den entstehungsmechanismus des 



systolischen kollapses der venenpulskurve. Z. Kreis- 



laufforsch. 43: 728, 1954. 26. 



Anrep, G. V., G. S. Barsoum, S. Salama, and Z. Souidan. 



Liberation of histamine during reactive hyperemia and 



muscle contraction in man. J. Physiol. 103: 297, 1944- 



Anrep, G. V., and E. Saalfield. The blood flow through 27. 



the skeletal muscle in relation to its contraction. J. 



Physiol. 85: 375, 1935. 



Asmussen, E., and M. Nielsen. The cardiac output in 28. 



rest and work at low and high oxygen pressures. Acta 



Physiol. Scand. 35: 73, 1955. 29. 



Asmussen, E., and M. Nielsen. Cardiac output during 



muscular work and its regulation. Physiol. Revs. 35: 778, 



'955- 3°- 



Barcroft, H. Cardiac output and blood distribution. 

 J. Physiol. 71 : 280, 1931. 



Barger, A. C, V. Richards, J. Metcalfe, and B. 31. 



Gunther. Regulation of the circulation during exercise; 

 cardiac output (direct Fick) and metabolic adjustments 32. 



in the normal dog. Am. J. Physiol. 184: 613, 1956. 

 Barger, A. C, B. B. Roe, and G. S. Richardson. Rela- 

 tion of valvular lesions and of exercise to auricular 33. 

 pressure, work tolerance and to development of chronic 

 congestive failure in dogs. Am. J. Physiol. 169: 384, 1952. 

 Barratt-Boyes, G. B., and E. H. Wood. Hemodynamic 34. 

 response of healthy subjects to exercise in the supine 

 position while breathing oxygen. J. Appt. Physiol. 1 1 : 129, 



1957- 35- 



Barsoum, G. S., and F. H. Smirk. Observations on the 

 increase in the concentration of a histamine-like sub- 

 stance in human venous blood during a period of reactive 

 hyperemia. Clin. Sci. 2: 353, 1936. 36. 



Beecher, H. K., M. E. Field, and A. Krogh. Method 

 of measuring venous pressure in human leg during 

 walking. Skand. Arch. Physiol. 73: 7, 1936. 37. 



Beecher, H. K., M. E. Field, and A. Krogh. Effect 

 of walking on venous pressure at ankle. Skand. Arch. 

 Physiol. 73: 133, 1936. 38- 



Berglund, E. Ventricular function. VI. Balance of 

 left and right ventricular output : relation between left 

 and right atrial pressures. Am. J. Physiol. 178: 381, 1 954. 

 Berglund, E. The function of the ventricles of the heart. 39. 



Acta Physiol. Scand. 33: Suppl. 1 19, 1955. 

 Berglund, E., S.J. Sarnoff, and J. P. Isaacs. Ventricu- 

 lar function : Role of the pericardium in regulation of 40. 



cardiovascular hemodynamics. Circulation Research 3 : 



133. '955- 



Blair, H. A., and A. M. Wedd. The action of cardiac 

 ejection on venous return. Am. J. Physiol. 145: 528, 1946. 

 Blalock, A. Exposure of heart to atmospheric pressure; 

 effects on cardiac output and blood pressure. Arch. Surg. 

 26:516, 1933. 



Bolton, C. The experimental production of uncom- 

 pensated heart disease with especial reference to the 

 pathology of dropsy. J. Pathol. Bacteriol. 9: 67, 1903. 

 Booker, W. M., D. M. French, and P. A. Molano. 

 Further studies on the acute effects of intra-abdominal 

 pressure. Am. J. Physiol. 149: 292, 1947. 

 Boucek, R. J., J. H. Grindlay, and H. B. Burchell. 

 Experimental constrictive pericarditis : analysis of induced 

 circulatory failure. .4m. J. Physiol. 169: 434, 1952. 

 Boucek, R. J., J. H. Grindlay, and H. B. Burchell. 

 Experimental constriction of inflow tracts in the heart: 

 analysis of circulatory failure. Am. J. Physiol. 169: 442, 



'952- 



Bowers, E., E. J. M. Campbell, and C. H. P. Johnston. 

 Factors promoting venous return from arm in man. 

 Lancet I : 460, 1945. 



Brecher, G. A. Mechanism of venous flow under differ- 

 ent degrees of aspiration. .4m. J. Physiol. 169: 423, 1952. 

 Brecher, G. A. Venous return during intermittent 

 positive-negative pressure respiration studied with a new 

 catheter flowmeter. Am. J. Physiol. 174: 299, 1953. 

 Brecher, G. A. Cardiac variations in venous return 

 studied with a new bristle flowmeter. Am. ./. Physiol. 176: 



423. '954- 



Brecher, G. A. Venous Return. New York: Grune & Strat- 

 ton, 1956. 



Brecher, G. A., and G. Mixter, Jr. Augmentation of 

 venous return by respiratory efforts under normal and 

 abnormal conditions, ,4m. J. Physiol. 171 : 710, 1952. 

 Brecher, G. A., and G. Mixter, Jr. Effect of respiratory 

 movement on superior cava flow under normal and 

 abnormal conditions. .4m. J. Physiol. 172: 457, 1953. 

 Brecher, G. A., G. Mixter, Jr., and L. Share. Dynam- 

 ics of venous collapse in superior vena cava system. .4m. 

 J. Physiol. 171 : 194, 1952. 



Buckley, N. M, E. Ogden, and D. S. Linton, Jr. The 

 effects of work load and heart rate on filling of the iso- 

 lated right ventricle of the dog heart. Circulation Research 



3 : 434. '955- 



Candel, S., and D. E. Ehrlich. Venous blood flow dur- 

 ing the Valsalva experiment including some clinical 

 applications. Am. J. Med. 15: 307, 1953. 

 Carr, D. T., and H. E. Essex. Certain effects of positive 

 pressure respiration on circulatory and respiratory sys- 

 tems. Am. Heart J. 31 : 53, 1946. 



Case, R B., E. Berglund, and S. J. Sarnoff. Ventric- 

 ular function. II. Quantitative relationship between 

 coronary flow and ventricular function with observations 

 on unilateral failure. Circulation Research 2: 319, 1954. 

 Chapman, C. B., and R. S. Fraser. Studies on the effect 

 of exercise on cardiovascular function. I. Cardiac output 

 and mean circulation time. Circulation 9: 57, 1954. 

 Charlier, R. Le role des regions sinusales et cardio- 



