A P P E N D I y.— Continued 



PHYSIOLOGY OF CARDIAC MUSCLE 229 



A P P E N D I yi.— Continued 



REFERENCES 



1. Abbott, B. C. and J. Lowv. Mechanical properties of 

 pinna adductor muscle. J. Marine Biol. Assoc. United 

 Kingdom 35: 521, 1956. 



2. Adelberg, E. a. Vertebrate tissues and organs: relative 

 enzyme content. In; Handbook of Biological Data, edited 

 by W. S. Spector. Philadelphia: Saunders, 1956, p. 80. 



2a. Adler, F. H. Vertebrate tissues and organs; relative 

 enzyme content. In : Handbook of Biological Data, edited 

 by W. S. Spector. Philadelphia: Saunders, 1956, p. 80. 



3. Adolph, E. F. Vertebrate tissues and organs: relative 

 enzyme content. In : Handbook of Biological Data, edited 

 by W. S. Spector. Philadelphia; Saunders, 1956, p. 80. 



4. Aebersold, p. C, Vertebrate tissues and organs: relative 

 enzyme content. In : Handbook of Biological Data, edited 

 by W. S. Spector. Philadelphia: Saunders, 1956, p. 80. 



5. Aloisi, M. Lesioni biochimiche delle proteine muscolari 

 nella avitaminosi E. Vitamina E. Atti del terzo. Congresso 

 Internazionale Venezia, 1955. Verona: Edizioni Valdo- 

 nega, 1956, vol. mcmlvi. 



6. Andrus, E. C. The heart in hyperthyroidism: A clinical 

 and experimental study. Am. Heart J. 8; 66, 1932. 



7. AsTBURi', VV. T. On the structure of biological fibres 

 and the problem of muscle. Proc. Roy. Soc. London Ser. B. 



'34: 303> '947- 



8. Bailey, K. Invertebrate tropomyosin. Biochim. et biopkys. 

 acta 24: 612, 1957. 



9. Bailey, A., L. Johnston, and F. Moseley. Tropomyosin: 

 a new asymmetric protein component of the muscle 

 fibril. Biochem. J. 43: 271, 1948. 



10. Banga, I. and a. Szent-Gyorgvi. Preparation and 

 properties of myosin A and B. In ; .Studies from the Institute 

 of Medical Chemistry, University .Szeged. Basel; 1941-42, 

 p. 5, vol. I. 



11. Bare, J. K. Vertebrate tissues and organs: relative en- 

 zyme content. In ; Handbook of Biological Data, edited by 

 W. S. Spector. Philadelphia: Saunders 1956, p. 80. 



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



tion of \'alvular lesions and of exercise to auricular pres- 

 sure, work tolerance, and to development of chronic, 

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



13. Beinert, H., D. E. Green, P. Hele, H. Helen, R. W. 

 VON KoRFF, .\ND C. V. Ram.^krishnan. The acetate 

 activating enzyme system of heart muscle. J. Biol. Chem. 



203: 35, '943- 



14. Benson, E. S. Composition and state of protein in heart 

 muscle of normal dogs and dogs with experimental myo- 

 cardial failure. Circulation Res. 3: 221, 1955. 



15. Benson, E. S., B. E. Hallaway, and C. E. Turbak. 

 Contractile properties of glycerol-extracted muscle 

 bundles from the chronically failing canine heart. Circula- 

 tion Res. 6: 122, 1958. 



16. Berenbaum, a. a. and W. Horowitz. Heart involve- 

 ment in progressive muscular dystrophy. Report of a 

 case with sudden death. Am. Heart J. 51 : 622, 1956. 



1 7. Berg, P. Acyl adenylates ; an enzymatic mechanism of 

 acetate activation. J. Biol. Chem. 222: 991, 1956. 



18. Bing, R. J. The metabolism of the human heart in I'ivo. 

 J. Aft. Sinai Hosp. New York 20; 100, 1953. 



19. Bing, R. J. The coronary circulation in health and disease 

 as studied by coronary sinus catheterization. Bull. New 

 York Acad. Med. 27; 407, 1951. 



20. Bing, R. J., A. Castellanos, E. Gradel, C. Lupton, 

 AND A. Siegel. Experimental myocardial infarction : 

 circulatory, biochemical and pathologic changes. Am. J. 

 M. Sc. 232: 533, 1956. 



21. Bing, R. J., A. Siegel, I. Ungar, and M. Gilbert. 

 Metabolism of the human heart. II. Studies on fat, 

 ketone and amino acid metabolism. Am. J. Med. 16: 



504. '954- 



22. Bing, R. J., A. Siegel, .\. Vit.\le, F. Bai.boni, E. Sparks, 

 M. Taeschler, M. Klapper, and S. Edw.\rds. Metabolic 

 studies on the human heart in vivo. I. Studies on carbo- 

 hydrate metabolism of the human heart. Am. J. .Med. 15: 

 284, 1953. 



