| The present study points out that the dwarf gene of 'Ai-bian 1' is completely
dominant which has not been studied in the past, and that its dwarfing effect
is distinct without sacrifice of fertility in comparison with other dwarf
genes. Literature Cited ALLAN, R.E., O.A. VOGEL. 1963. F2 monosomic analysis of culm length in wheat crosses involving semi-dwarf Norin 10-Brevor 14 and Chinese Spring series. Crop Sci. 3: 538-540. FICK, G.N. and C.O. QUALSET. 1973. Genes for dwarfness in wheat, Triticum eastivum L. Genetics. 75: 531-539. GALE, M.D. and G.A. MARCHALL. 1976. The chromosomal location of Gai 1 and Rht 1 genes for gibberellin insensitivity and semi-dwarfism, in a derivative of Norin 10 wheat. Heredity 37: 283-289. GALE, M.D., C.M. LAW and A.J. WORLAND. 1975. The chromosomal location of a major dwarfing gene from norin 10 in new British semi-dwarf wheat. Heredity 35(3): 417-421. GALE, M.D. and C.N. LAW. 1980. Norin 10-based dwarfism. GOTOH, T. 1977. Semidwarf Norin 10 wheat and its contribution to the progress of wheat breeding. Gamma-field symp. No. 16. KONZAK, C.F. 1976. A review of semidwarfing gene sources and a description of some new mutants useful for breeding short-stature wheat. in Induced Mutations in Crop-Breeding, International Atomic Energy Agency, Vienna. MORRIS, M.D., J.W. SCHMIDT and V.A. JOHNSON. 1972. Chromosomal location of dwarfing gene in 'Tom Thumb' wheat derivative by monosomic analysis. Crop Sci. 12: 247-249. |
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