MEASUREMENT OF THE CARDIAC OUTPUT 



581 



congenital heart disease. Technique of venous catheteriza- 

 tion as a diagnostic procedure. J. Clin. Invest. 26: 547, 



1947- 



23. Douglas, C. G., .^nd J. S. Hald.\ne. The regulation of 

 the general circulation rate in man. J. Physiol. 56: 69, 

 1922. 



24. Dow, P. Estimations of cardiac output and centra! blood 

 volume by dye dilution. Physiol. Rev. 36: 77, 1956. 



25. Dow, P., AND W. F. Hamilton. An analysis by hy- 

 draulic models of the factors operating to produce the 

 typical ballistocardiogram. Am. J. Physiol. 133: 263, 1941. 



26. Dow, P., AND R. VV. Pickering. Behavior of dog 

 serum dyed with brilliant vital red or Evans blue toward 

 precipitation with ethanol. Am. J. Physiol. 161 : 212, 1950. 



27. DovLE, J. T., J. S. Wilson, C. Lepine, and J. V.Warren. 

 An evaluation of the measurement of the cardiac output 

 and of the so-called pulmonary blood volume by the dye 

 dilution method. J. Lab. & Clin. Med. 41 : 29, 1953. 



28. Dubois, A. B., VV. O. Fenn, and A. G. Britt. CO, 

 dissociation curve of lung tissue. J. Appl. Physiol. 5 : 13, 



1952- 



29. DuoMARco, J. L., W. H. Dillon, and C. J. Wiggers. 

 Comparison of cardiac output by a direct method and 

 the Hamilton-Remington procedure. Am. J. Physinl. 

 154: 290, 1948. 



30. Erlanger, J., AND D. R. Hooker. .•\n experimental 

 study of blood pressure and of pulse pressure in man. 

 Johns Hopkins Hasp. Rept. 12: 147, 1904. 



31. Fegler, G. Measurement of cardiac output in anes- 

 thetized animals by a thermo dilution method. f,hiart. J. 

 Exper. Physiol. 39; 153, 1954. 



32. FicK, \. Ueber die Messung des Blutquantums in den 

 Herz\-entrikeln. SiLzungsb. der phys.-med. Ges. zu Wurzburg: 

 1870, 36. 



33. FisHMAN, A. P., J. McClement, a. Himmselstein, and 

 A. Cournand. Effects of acute anoxia on the circulation 

 and respiration in patients with chronic pulmonary 

 disease studied during the "steady state." J. Clin. Invest. 

 31: 770, 1952. 



34. FoRSSMANN, W. Die Sondierung des rechten Herzens. 

 Klin. Wchschr. 8: 2085, 1929. 



35. Fox, I. J., AND E. H. Wood. .Application of dilution 

 curves recorded from the right side of the heart or venous 

 circulation with the aid of a new indicator dye. Proc. 

 Staff Meet. Mayo Clin. 32; 541, 1957. 



36. Fox, I. J., and E, H. Wood. Continuous recording of the 

 cardiac output by a constant rate injection dye dilution 

 technique. Physiologist i (i): 29, 1957. 



37. Fox, I. J., and E. H. Wood. Blood flow measurement 

 by dye dilution techniques. In: .Medical Physics, edited by 

 O. Gl.asser, Chicago; Yearbook Publishers, 3: 155-163, 

 i960. 



38. Franklin, D. L., R. M. Ellis, .and R. F. Rushmer. 

 Aortic blood flow in dogs during treadmill exercise. J. 

 Appl. Physiol. 14: 809, 1959. 



39. Friedlich, a., R. Heimbecker, and R. J. Bing. A device 

 for continuous recording of concentration of Evans blue 

 dye in whole blood and its application to determination 

 of cardiac output. J. Appl. Physiol. 3; 12, 1950. 



40. Fritts, H. W., .and A. Cournand. The application of the 

 Fick principle to the measurement of pulmonary blood 

 flow. Proc. Natl. Acad. Sci. 44: 1079, 1958. 



41. Fronek, a., and V. Ganz. Measurement of flow in 

 single blood vessels including cardiac output by local 

 thermodilution. Circulation Res. 8: 175, i960. 



42. Fry, D. L. Certain aspects of hydrodynamics as applied 

 to the living cardiosascular system. Trans. Inst. Radio 

 Engrs. Med. Electronics ME-6: 252, 1959. 



43. Fry, D. L., A. J. Mallos, and A. G. T. Casper. A 

 catheter tip method for measurement of the instantaneous 

 aortic blood velocity. Circulation Res. 4: 627, 1956. 



44. Fry, D. L., F. W. Noble, and A. J. Mallos. An electric 

 device for instantaneous and continuous computation of 

 aortic blood velocity. Circulation Res. 5: 75, 1957. 



45. FuRST, T., and F. Stobeer. Experimentelle Unter- 

 suchungen iiber die Beziehungen zwischen Fijllung und 

 Druck in der Aorta. Deutsches Arch. klin. Med. 90: igo, 

 1906. 



46. Gibson, J. G., A. M. Seligman, W. C. Peacock, J. C. 

 AuB, J. Fine, and R. D. Evans. The distribution of red 

 cells and plasma in large and minute vessels of the normal 

 dog, determined by radioactive isotopes of iron and 

 iodine. J. Clin. Invest. 25; 848, 1946. 



47. Gladstone, S. A. Eff"ect of posture and prolonged rest 

 on the cardiac output and related functions. Am. J. 

 Physiol. 114: 705, 1935. 



48. Grace, J. B., I. J. Fox, W. P. Crowley, Jr., and E. H. 

 Wood. Thoracic-aorta flow in man. J. Appl. Physiol. 1 1 : 



405. 1957- 



49. Gregg, D. E., and H. D. Green. Registration and 

 interpretation of normal phasic inflow into a left coronary 

 artery by an improved differential manometric method. 

 Am. J. Physiol. 130: 114, 1940. 



50. Gregg, D. E., W. H. Pritchard, R. W. Eckstein, R. 

 E. Shipley, A. Rotta, J. Dingle, T. W. Steege, and 

 J. T. Wearn. Observations on the accuracy of the 

 thermostromuhr. Am. J. Physiol. 136: 250, 1944. 



51. Grehant, H., and C. E. Quin^uaud. Recherches experi- 

 mentales sur la mesure du volume de sang qui traverse 

 les poumons en un temps donne. Compt. rend. soc. biol. 30: 

 159, 1886. 



52. Gribbe, p., L. Hirvonen, J. Lind, and C. Wegelius. 

 Cinecardiographic recordings of the cyclic changes in 

 volume of the left ventricle. Cardiologia 34: 348, 1959. 



53. Grollman, a. The Cardiac Output of Man in Health and 

 Disease. Springfield, 111.: Thomas, 1932. 



54. Gross, R. E., and R. Mitterm.aer. Untersuchungen 

 iiber das Minutenvolumen des Herzens. Auh. ges. Physiol. 

 212 : 136, 1926. 



55. Hales, .S. Statical Essays, Haemastaticks. London: 1733, 

 p. 230. 



56. H.«lMilton, W. F. Filling of the normal human heart in 

 relation to the cardiopneumogram and abdominal 

 plethysmogram. Am. J. Physiol. 91 : 712, 1930. 



57. Hamilton, W. F. Notes on the development of the 

 physiology of cardiac output. Fed. Proc. 4: 183, 1945. 



58. Hamilton, W. F. The physiology of the cardiac output 

 (the Lewis A. Conner Memorial Lecture). Circulation 8: 



5-27, '953- 



59. Hamilton, W. F., P. Dow, and J. W. Remington. The 

 relationship between the cardiac ejection curve and the 

 ballistocardiographic forces. Am. J. Physiol. 144: 557, 



3945- 



60. Hamilton, W. F., and E. A. Lombard. Intrathoracic 



