151. O^ CONSUMPTION: ANIMAL TISSUES (Continued) 



Values for oxidation quotient (QO2) are expressed in cu mm oxygen consumed per mg dry weight of tissue per hour, 

 unless otherwise indicated. 



Part VIII: NERVE TISSUES (Continued) 



Section 1: Central and Retinal (Continued) 



/4/ Converted to dry weight basis from author's data for fresh tissue. Since fresh nerve tissue contains approxi- 

 mately 7 5% water, a per mg dry weight value was obtained by multiplying by 4. 



Contributors : (a) Vernberg, F. J., (b) Fitzgerald, 

 and Scholefield, P. G., (f) Himwich, H. E. 



L. R., (c) Barker, S. B., (d) Elliott, K. A., (e) Quastel, J. H., 



References : [ l] Wechsler, R. L., Dripps, R. R., and Kety, S. S., Anesthesiology 12:308, 1951. [2] Gordan, 

 G. S., Bentinck, R. C. and Eisenberg, E., Ann. N. York Acad. Sc. 54:575, 1951. [ IJ Paul, H. E., Paul, M. F., 

 and Kopko, F.. Proc. Soc. Exp. Biol. 79:555, 1952. [4] Barker, S. B., and Schwartz, H. S., ibid 83:500, 1953. 

 [5] Jasper, R. L., and Archdeacon, J. W., Physiol. Zool. 24:163, 1951. [6] Warburg, O., and Kubowitz, F.. 

 Biochem. Zschr. j^:242, 1927. [7] Peiss, C. N., and Field, J., Biol. Bull. 99:21 3, 1950. [8] Vernberg, F. J., 

 and Gray, I. E.. ibid 104:44 5, 1953. [9] Freeman. J. A., ibid 99:416, 1950. Jlo] Vernberg, F. J., ibid 106:360, 

 1954. [11] Elliott, K. A., J. Neurophysiol. U:473, 1948. [ 1 2] Elliott, H. W.. and Sutherland, V. C. J. Cellul. 

 Physiol. 40:221, 1952. [13] Craig, F. N.. and Beecher. H. K.. J. Neurophysiol. 6:135, 1943. [14] Himwich, H. E., 

 and Fazekas, J. F., Am. J. Physiol. 1 32 :454, 1941. [15] Himwich, H. E., "Brain Metabolism and Cerebral 

 Disorders," Baltimore: WiHiams and Wilkins Co., 1951. [16] Weil-Malherbe, H., Biochem. J., Lond. 32:2257, 

 1938. [17] Edson, N. L. . and Leloir, L. F.. ibid 30:2319, 1936. [18] Mcllwain, H., ibid 50:132. 1951. 

 [19] Webb, J. L., and Elliott, K. A., J. Pharm. Exp. Ther. 103:24, 1951. [20] Ogata, Y., Jap. J.M.Sc, 111 Biophysics 

 Flexner, J. B.. Flexner, L. B., and Strauss, W. L., Jr., J. Cellul. Physiol. lS:iS5, 1941. 

 and Greville, G. D., Biochem. J., Lond. 27:832, 1933. [23] Ebina, T., Tohoku J. Exp. M. 



Krebs, H. A., and Rosenhagen, H., Zschr. ges. Neur. Psychiat. 134 :643, 1931. [25] Chester, 

 H. E., Am. J. Physiol. 1_4J^:513, 1944. [26] Dickens, F., and Greville, G. D., Biochem. J., Lond. 

 Dickens, F., and Simer, F., ibid 24:1301, 1920. [28] Elliott, K. A., Greig, M. E., and Benoy, 

 1937. [29] Loebell, R. O., Biochem. Zschr. 161:219, 1925. [30] Meyerhof, O., and Lohmann, 



2:131, 1932. [21] 

 r22] Dickens, F. 

 1_3:424. 1929. [ 24] 

 A., and Himwich, 

 27:832, 1933. [27] 

 M. P., ibid 31:1003, 



295 



