Relation between genes and carotenoids of the tomato

[1] CHOLNOKY L, IN PRESS UNTERSUCH L

[2] CRASS K, 1937, NATURWISSENSCHAFTEN, V25, P60

[3] EMSWELLER SL, 1936, P AM SOC HORTIC SCI, V33, P508

[4] EULER H, 1931, HELV CHIM ACTA, V14, P154

[5] JOHNSON I. J., 1938, Cereal Chemistry, V15, P345

[6] The chemical impact of the genes Mot, M-D and gathe by chlamydomonas. [J]. BERICHTE DER DEUTSCHEN CHEMISCHEN GESELLSCHAFT, 1940, 73 : 547 - 559

[7] KYLIN H, 1927, Z PHYSL CH, V163, P229

[8] Lindstrom EW, 1925, GENETICS, V10, P305

[9] A direct quantitative relationship between vitamin A in corn and the number of genes [J]. SCIENCE, 1931, 73 (1887) : 241 - 242

[10] MONCRIEFF R, 1939, ERGEON ENSYMFORSCH, V8, P277

[1] CHOLNOKY L, IN PRESS UNTERSUCH L

[2] CRASS K, 1937, NATURWISSENSCHAFTEN, V25, P60

[3] EMSWELLER SL, 1936, P AM SOC HORTIC SCI, V33, P508

[4] EULER H, 1931, HELV CHIM ACTA, V14, P154

[5] JOHNSON I. J., 1938, Cereal Chemistry, V15, P345

[6] The chemical impact of the genes Mot, M-D and gathe by chlamydomonas. [J]. BERICHTE DER DEUTSCHEN CHEMISCHEN GESELLSCHAFT, 1940, 73 : 547 - 559

[7] KYLIN H, 1927, Z PHYSL CH, V163, P229

[8] Lindstrom EW, 1925, GENETICS, V10, P305

[9] A direct quantitative relationship between vitamin A in corn and the number of genes [J]. SCIENCE, 1931, 73 (1887) : 241 - 242

[10] MONCRIEFF R, 1939, ERGEON ENSYMFORSCH, V8, P277