Muscle and Electric Organs 625 



96. Faraday, M., Phil. Tr. Roy. Soc. Part 1, 1-12. (1839). Experiments with electric 

 fish. 



97. Feldberg, W., and Fessard, J., /. Physiol. 101:200-216 (1942). Cholinergic 

 nerves to electric organs. 



98. Feng, T. P., Chinese ). Physiol. 13:239-246 (1938). Veratrin^-4!ffects in muscle. 

 99: Feng, T. P.. Biol. Symp. 3:121-152 (1941). Neuromuscular tf4^smission and 



repetitive contraction of muscle fibers. 



100. Fenn, W. O., in Hober's Physical Chemistry of Cells and Tissues (1945). Phila- 

 delphia, Blakiston. pp. 445-522. Contractile tissues, review. 



101. Fessard, A., Ann. New York Acad. Sci. 47:501-514 (1946). Activity of electro- 

 plaxes. 



102. Fessard, A., Arch, hiternat. Physiol. 55:1-26 (1947). Analysis of discharge of 

 electric organ. 



103. Fessard, A., and Pezard, A., C. R. Soc. Biol. Paris 134:525-527 (1940). De- 

 creased excitability of electric organ with nerve degeneration. 



104 Fletcher, C. M., /. Physiol. 90:233-253 (1937). Action potentials in smooth 

 muscle of Mytilus. 



105. Fletcher, C. M., /. Physiol. 90:415-428 (1937). Excitation of smooth muscles 

 of Mytilus. 



106. Florkin, M., Biochemical Evolution, transl. and ed. by S. Morgulis (1949). New 

 York, Academic Press. 157 p. 



107. Fredericq, H., Arch. Internal. Physiol. 30:300-305 (1928). Chronaxie of insect 

 muscles. 



108. Friedrich, H., Ztschr. vergl. Physiol. 18:536-561 (1933). Neuromuscular exci- 

 tation, Dixippus. 



109. Galambos, R., /. Cell. & Comp. Physiol. 17:85-95 (1940). Relaxation patterns 

 of invertebrate smooth muscles. 



110. Gasser, H. S., and Hill, A. V., Proc. Roy. Soc. Lond., B. 96:398-437 (1924). 

 Mechanical dynamics of muscle contraction. 



111. Gelfan, S., and Bishop, G. H., Am. }. Physiol. 101:678-685 (1932). Local con- 

 traction without conduction in single muscle fibers. 



112. GiLSON, A. S., ET AL., Ann. New York Acad. Sci. 47:697-714 (1947). Time 

 course of tension development. 



113. GRVf^DVEsr, H., Ann. Rev. Physiol. 9:477-506(1947). Theories of nervous and 

 neuromuscular transmission. 



114. GuNN, J. A., and Underhill, S. W. F., Quart. ]. Exper. Physiol. 8:275-296 

 (1915). Myogenic movement of intestine. 



115. Hall, C. E., Jakus, M. A., and Schmitt, F. O., Biol. Bull. 90:32-50 (1946). 

 Electron microscopy of muscle and myosin filaments. 



116. Harreveld, H. VAN, ;. Exper. Bio/. 16:398-402(1939). Histology of axon term- 

 inations on crustacean muscle. 



117. Harreveld, H. van, and Wiersma, C. A. G., /. Exper. Biol. 14:448-461 (1937). 

 Triple innervation of crustacean muscle. 



118. Harreveld, H. van, and Wiersma, C. A. G., /. Exper. Biol. 16:122-133 (1939). 

 Quintuple innervation of Panulirus muscle. 



119. Heidermanns, C, Zool. Jahrh., Aht. allg. Zool. u. Physiol. 50:1-31 (1931). 

 Chronaxies of arthropod muscles. 



120. Henry, K. M., MacDonald, A. J., et al., /. Exper. Biol. 10:153-171 (1933). 

 Movement of digestive tract, fowl. 



121. Hill, A. V., Proc. Roy. Soc. Lond., B. 100:108-115 (1926). Viscous elastic 

 properties of smooth muscle. 



122. Hill, A. V., and Solandt, D. Y., /. Physiol. 83:13P-14P (1934). Contraction 

 of chromatophore muscle, Sepia. 



123. HiNEs, M., Quart. Rev. Biol. 2:149-180 (1927). Red and white muscle. 



124. HoBSON, A. D., /. Exper. Biol. 5:345-393 (1928). Ions on movements of gut of 

 Dytiscus. 



125. Hoffmann, P., Ztschr. Biol. 61:311-325 (1913). Potentials and conduction, 

 turtle retractor penis. 



126. Hoffmann, P., Ztschr. Biol. 63:41 1-44'2 (1914). Histology of nerve endings in 

 crustacean muscle. 



