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参考文献 [157 Mukai, Y and K. Tsunewaki. Genetic diversity of the cytoplasm in Tritium and Aegilops. IV. Distribution of the cytoplasm inducing variegation in common wheat Theor Appl. Genet. 1976, 48(1: 916 [158] Mukai, Y. and K. Tsunewaki. Basic studies on hybrid wheat breeding. VIlL. A new male sterility-fertility restoration system in common wheat utilizing the cytoplasms of Aegilops kotschyi and Ae Variables. Theor. Appl. Genet. 1979, 54(4): 153-160 [159) Mukai, Y. and Tsunewaki. Theoret, pp! Genet. 1979, 54: 153-160 [160] Mukai, Y Interactions of Aegilops kotschyi, Ae, variabilis cytoplasms with homologous group, I Chromosomes in common wheat In Proc. 6th wheat Genetics Sym. 1983, 517-527 [161] Mukai, Y, Endo, TR. Physical mapping of a fertility-restoring gene against Aegilops kotschyi cytoplasm in Wheat. Japan. IGenet. 1992, :199-207 [162] Mukai, Tsunewaki, K Breed sci 1995, 45: 199-203 [163] Nonaka S, Toriyama, K. and Tsunewaki, K.. Effect of a s"type cytoplasm and a 1BL-IRS Chromosome on Agronomic Traits of Wheat Cultivars, Tritium aestivum. Breeding Science, 1994, 429599 cytoplasms. In: Proc. 7th Int. Wheat Genet,. Symp. 1988, 609-613 [ 65] Panayotoy, 1. New cytoplasmic male sterility sources in common wheat: Their genetically and 6 Panayotov, L. The role of the cytoplasm for improvement of whea小麦核质杂种细胞质工程学术 讨论会报告,北京,1987 [167 Panayotov. L. et al. Male fertility restoration against various alien cytoplasms. I. Comparison between the restoration abilities of three groups of lines. Wheat Inf, Serv. 1986, 63: 7.10 168)Panayoto L. Theor Appl Genet, 1988, 56. 153-160 [169]Raybum, A L and D.W.Mormhingweg, Inheritance of a ib/iR wheat-rye translocation in wheat [10 Rayburn, A L; Mormhinweg, D. W Inheritance of a 1BL/IRS wheat-rye Tran located chromosome 72】Skn叫,0 uka, Cytoplasmic effects of aegilops$ pecies having d gene in咻l 27-28:59465 [173] Sawhey, V.K, Shukla, A Male sterility in flowering plants: are plant growth substances involved? :194:01647 74] Schwartz, D. Genetic studies of mutant isozymes in maize synthesis of hybrid enzymes by参考文献 61 工157] Mukai, Y. and K. Tsunewaki. Genetic diversity of the cytoplasm in Tritium and Aegil叩s仪 Distribution ofthe cytoplasm inducing variegation in common wheat. Theor. Appl. Genet. 1976,48(l): 9-16 [1581 Mukai, Y and K. Tsunewaki. Basic studies on hybrid wheat breeding. VIII, A new male sterility-fertility restoration system in common wheat utilizing小。cytoplasms of Aegilops kotsc句'i and Ae. Variables. Theor. Appl. Genet. 1979, 54(4): 153-160 [159] Mukai,丫and Tsunewaki.K.Theoret. ppt Genet. 1979, 54:153-160 [160] Mukai, Y. Interactions of Aegilops korschyi, rte, variables cytoplasms with homologous group. 1. Chromosomes in common wheat. In Proc. 6th wheat Genetics Sym. 1983, 517-527 [161] Mukai, Y, Endo, TR. Physical mapping of a fertility-restoring gene against Aegilops katschyi cytoplasm in Wheat. Japan. J. Genet. 1992, 7:199-207 [162] Mukai, Tsunewaki, K. Breed sci 1995,45:199-203 [163] Nonaka S., Toriyama, K. and Tsunewaki, K. . Efect of a s' type cytoplasm and a 1BL-1RS Chromosome on Agronomic Traits成Wheat Cultivars, Tritium aestivum. Breeding Science, 1994 44:295一99 [16月Panayotov, 1. Et al. Chromosome location of Rf genes for Aegilops mutica and Triticum tPmopheevi cytoplasms. In: Proc.7th Int. Wheat Genet匀mp,1988,609613 [165] Panayotov, 1. New cytoplasmic male sterility sources in common wheat: Their genetically and breeding consideration. Theor. Appl. Genet. 1980, 56:153-160 日“IPanayotov,!The role of the cytoplasm for improvement of wheat,小麦核质杂种细胞质工程学术 讨论会报告,北京,1987 [167] Panaymov. 1. et al. Male fertility restoration against various alien cytoplasms. 1. Comparison between the restoration abilities ofthree groups of lines. Wheat Inf. Serv. 1986, 63:7-10 [ 168] Panayotov. 1. Theoc Appl Genet, 1988, 56:153-160 [169] Raybum, A. L. and D. W. Momhingweg. Inheritance of a IBIIR wheat-rye trans location in wheat. Crop. Sci. 1988, 28(4): 709-711 [170] Rayburn, A. L.; Momhinweg, D. W. Inheritance of a 1BLIIRS wheat-rye Tran located chromosome in wheat Crop. Sci. 1988, 28(4): 709-711 [171] Reeder R.H., Roan, J. G. The mechanism of nucleolar dominance in xemopus. Cell, 1984,38:3844 [1721 Swaakuma, TI., Ohtsuka, Cytoplasmic effects of aegilops Species having D gene in wheat, 1. cytoplasmic diferenctiation among five species regarding pistllody induction. Seiken Ziho, 1979, 27-28: 59-65 [173] Sawhey, V. K、Shukla, A. Male sterility in flowering plants: are plant growth substances involved? 汇J].Amer J Bot, 1994, 81:1640-1647 [1741 Schwartz. D..Genetic studies of mutant isozymes in maize synthesis of hybrid enzymes by
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