The Respiratory Process in Muscle. 



467 



(3) W. M. Fletcher, "The Relation of Oxygen to the Survival Metabolism of Muscle," 

 ibid., vol. 28, p. 474 (1902). 



(4) W. M. Fletcher, "The Osmotic Properties of Muscle and their Modifications in 

 Fatigue and Rigor," ibid., vol. 30, p. 414 (1904). 



(5) W. M. Fletcher and F. G. Hopkins, " Lactic Acid in Amphibian Muscle," ibid., 

 vol. 35, p. 247 (1907). 



(6) A. V. Hill, "The Heat produced in Contracture and Muscular Tone," ibid., vol. 40 

 p. 389 (1910). 



(7) A. V. Hill, " The Position occupied by the Production of Heat, in the Chain of 

 Processes constituting a Muscular Contraction," ibid., vol. 42, p. 1 (1911). 



(8) W. M. Fletcher, "On the Alleged Formation of Lactic Acid in Muscle during 

 Autolysis and in Post-survival Periods," ibid., vol. 43, p. 286 (1911). 



(9) F. Verzar (Budapest), "The Gaseous Metabolism of Striated Muscle in Warm- 

 blooded Animals," ibid,, vol. 44, p. 243 (1912). 



(10) A. V. Hill, " The Heat-production of Surviving Amphibian Muscles, during Rest, 

 Activity, and Rigor," ibid,, vol. 44, p. 466 (1912). 



(11) G. R. Mines, " On the Summation of Contractions," ibid., vol. 46, p. 1 (1913). 



(12) A. V. Hill, " The Energy degraded in the Recovery Processes of Stimulated 

 Muscle," ibid., vol. 46, p. 28 (1913). 



(13) A. V. HilL " The Absolute Mechanical Efficiency of the Contraction of an 

 Isolated Muscle," ibid., vol. 46, p. 435 (1913). 



(14) R. A. Peters, " The Heat Production of Fatigue and its Relation to the Production 

 of Lactic Acid in Amphibian Muscle," ibid., vol. 47, p. 243 (1913). 



(1'5) A. V. Hill, "The Heat Production in Prolonged Contractions of an Isolated Frog's 

 Muscle," ibid., vol. 47, p. 305 (1913). 



(16) W. M. Fletcher. " Lactic Acid Formation, Survival Respiration and Rigor Mortis 

 in Mammalian Muscle," ibid., vol. 47, p. 361 (1913). 



(17) W. M. Fletcher and G. M. Brown, "The Carbon Dioxide Production of Heat 

 Rigor in Muscle and the Theory of Intra-molecular Oxygen," ibid,, vol. 48, p. 177 (1914). 



(18) Viktor Weizsacker (Heidelberg), "Myothermic Experiments in Salt Solutions in 

 relation to the "Various Stages of a Muscular Contraction," ibid., vol. 48, p. 396 (1914). 



(19) G. Winfield, " The Fate of Fatty Acids in the Survival Processes of Muscle," ibid., 

 vol. 49, p. 171 (1915). 



(20) Parnas (Vienna), "The Transformation of Energy in Muscle," ibid., vol. 49, p. vii 

 (1914). 



(21) Viktor Weizsacker (Heidelberg), " Neue Versuche zur Theorie der Muskel- 

 maschine," ' Miinchener Med. Wochenschrift,' vol. 62, p. 217 (1915). 



(22) Parnas (Vienna), " Ueber das Wesen der Muskelerholung," ' Zentralblatt fiir 

 Physiologie,' vol. 30, p. 1, April 1915. 



(23) F. G. Hopkins and G. Winfield, " The Influence of Pancreatic Extracts on the 

 Production of Lactic Acid in Surviving Muscles," 'Proc. Physiol. Soc.,' October 16, 

 1915. 



(24) Parnas and Wagner (Vienna), "Leber den Kohlenhydratumsatz isolierter 

 Amphibienmuskeln und iiber die Beziehungen zwischen Kohlenhydratschwund und 

 Milchsaurebildung im Muskel," ' Biochemische Zeitschrift,' vol. 41, p. 389 (1914). 



