258 GROWTH OF PLANTS 



42. Guthrie, J. D., "Effect of ethylene thiocyanohydrin, ethyl carbylamine, and in- 



doleacetic acid on the sprouting of potato tubers," C. B. T. I., 9 : 265-272 (1938). 



43. , "Inhibition of the growth of buds of potato tubers with the vapor of the 



methyl ester of naphthaleneacetic acid," C. B. T. /., 10 : 325-328 (1939). 



44. , "Control of bud growth and initiation of roots at the cut surface of potato 



tubers with growth-regulating substances," C. B. T. I., 11(1939) : 29-53 (1940). 



45. , "Role of glutathione in the breaking of the rest period of buds by ethylene 



chlorohydrin," C. B. T. I., 11 : 261-270 (1940). 



46. , "A preparation from yeast that is active in breaking the rest period of buds," 



C. B. T. I., 12 : 195-201 (1941). 



47. , F. E. Denny, and L. P. Miller, "Effect of ethylene chlorhydrin treatments on 



the catalase, peroxidase, pH, and sulphydryl content of gladiolus corms," 

 C. B. T. I., 4 : 131-140 (1932). 



48. Hartzell, A., "Adult Ufe span animal feeding experiments with thiourea (thiocar- 



bamide)," C. B. T. I., 12 : 471-480 (1942). 



49. Kennedy, T. H., "Thio-ureas as goitrogenic substances," Nature [London], 160 : 233- 



234 (1942). 



50. Leblond, C. P., "Increased resistance to anoxia after thyroidectomy and after treat- 



ment with thiourea," Proc. Soc. Exp. Biol. Med., 55 : 114-116 (1914). 



51. Loomis, W. E., "Temperature and other factors affecting the rest period of potato 



tubers," Plant Physiol, 2 : 287-302 (1927). 



52. McCallum, W. B., "Physiological." In Arizona Agric. Exp. Sta. Ann. Kept., 



20(1908/09) : 584-586 (1909). 



53. Miller, L. P., "The effect of thiocyanates upon amylase activity. II. SaUvary 



amylase," C. B. T. L, 3 : 287-296 (1931). 



54. , "The influence of sulphur compounds in breaking the dormancy of potato 



tubers. PreUminary report," C. B. T. /., 3 : 309-312 (1931). 



55. , "Effect of sulphur compounds in breaking the dormancy of potato tubers 



and in inducing changes in the enzyme activities of the treated tubers," C. B. T. I., 

 5 : 29-81 (1933). 



66. , "Effect of various chemicals on the sugar content, respiratory rate, and 



dormancy of potato tubers," C. B. T. I., 5 : 213-234 (1933). 



57. , "Time relations in effect of ethylene chlorhydrin in increasing and of ethyl 



alcohol in decreasing the respiration of potato tubers," C. B. T. I., 6 : 123-128 

 (1934). 



58. , "Further experiments on the effect of halogenated ahphatic compounds on the 



respiration of potato tubers," C. B. T. I., 7 : 1-17 (1935). 



59. , "Evidence that plant tissue forms a chlorine-containing /3-glucoside from 



ethylene chlorhydrin," C. B. T. I., 9 : 213-221 (1938). 



60. , " Formation of i3-(2-chloroethyl)-(/-glucoside by gladiolus corms from absorbed 



ethylene chlorohydrin," C. B. T. I., 9 : 425-429 (1938). 



61. , "Synthesis of /3-(2-chloroethyl)-(i-glucoside by potato tubers treated with 



ethylene chlorohydrin," C. B. T. L, 10 : 139-141 (1939). 



62. , "Formation of /3-o-chlorophenyl-gentiobioside in gladiolus corms from ab- 

 sorbed o-chlorophenol," C. B. T. I., 11 : 271-279 (1940). 



63. , "Induced formation of a /3-gentiobioside in tomato roots," C.B.T. I., 



11 : 387-391 (1941). 



64. , "Formation of /3-2,2,2-trichloroethyl-gentiobioside in tomato plants grown in 



media containing chloral hydrate, trichloroethyl alcohol, or chloral cyanohydrin," 



. C. B. T. I., 12 : 15-23 (1941). 



65. , "Synthesis of ^-2-chloroethyl-d-glucoside by wheat plants grown with 



ethylene chlorohydrin added to the nutrient medium," C. B. T. /., 12 : 25-28 

 (1941). 



