482 BIBLIOGRAPHY 



Gersh, I., and Baker, R. F. (1943). Total protein and organic iodine in the 



oolloid of individual follicles of the thyroid gland of the rat. J. Cell. Comp. 



Physiol, 21: 213-227. 

 Gersh, I., and Bodian, D. (1943a). Histochomical analysis of changes in Rhesus 



motoneurons after root section. Biol. Symposia, 10: 163-184. 

 Gersh, I., and Bodian, D. (1943b). Some chemical mechanisms in chroma- 



tolysis. J. Cell. Comp. Physiol, 21: 253-274. 

 Gersh, I., and Stieglitz, E. J. (1933). A critical study of histochemical methods 



for the determination of iodides in tissues. Anat. Record, 56: 185-193. 

 Gibbs, G. E., and Kirk, P. L. (1934). Quantitative drop analysis. IV. The 



determination of urea and ammonia. Mikrochemie, 16: 25-36. 

 Ginsel, L. A. (1939). The ultraviolet absorption of sheep thyroglobulin. 



Biochem. J., 33: 428-434. 

 Giroud, A. (1929). Recherches sur la nature chimque du chondriome. Proto- 



plasma, 7: 72-98. 

 Giroud, A., and Bulliard, H. (1933). Reaction des substances a fonction 



sulfhydryle. Methode de mise en evidence dans les tissus. Protoplasma, 



19: 381-384. 

 Giroud, A., and Leblond, C. P. (1936). L'acide ascorhique dans les tissus et 



sa detection. Hermann, Paris. 

 Giroud, A., and Leblond, C. P. (1937). Histological study of renal elimination 



of ascorbic acid. Anat. Record, 68: 113-126. 

 Glick, D. (1934). Studies on enzymatic histochemistry. VIII. A micro method 



for the determination of lipolytic enzyme activity. Conipt. rend. trav. 



lab. Carlsberg, Sir. chim., 20: No. 5, 6 pp.; Z. physiol. Chem., 223: 252- 



256. 

 Glick, D. (1935a). Methods and applications of enzyme studies in histological 



chemistry by the Linderstr0m-Lang Holter technic. J. Chem. Education. 



12: 253-259. 

 Glick, D. (1935b). The chemical determination of minute quantities of vitamin 



C. /. Biol Chem., 109: 433-436. 

 Glick, D. (1937). The quantitative distribution of ascorbic acid in the develop- 

 ing barley embryo. Compt. rend. trav. lab. Carlsberg, Sir. chim., 21: 203- 



209; Z. physiol chem., 245: 211-216. 

 Glick, D. (1938). Studies on enzj'matic histochemistry. XXV. A micro method 



for the determination of choline esterase and the activity-pH relationship 



of this enzyme. Compt. rend. trav. lab. Carlsberg, Sir. chim., 21: 263-268; 



J. Gen. Physiol, 21 : 289-295. 

 Glick, D. (1946). Histochemical localization of adenosinetriphosphatase. Sci- 

 ence, 103: 599. 

 Glick, D., and Biskind, G. R. (1935). The histochemistry of the adrenal gland. 



II. The quantitative distribution of lipolytic enzymes. /. Biol. Chem., 110: 



575-582. 

 Glick, D., and Fischer, E. E. (1945a). The histochemical localization of 



adenosinetriphosphatase in plant and animal tissues. Science, 102 : 429-430. 

 Glick, D., and Fischer, E. E. (1945b). Studies in histochemistry. XVI. Methods 



for the histochemical localization of adenosinetriphosphatase, thiamine- 



