中国雲南省在来イネ品種における遺伝的多様性の再確認
スポンサーリンク
概要
- 論文の詳細を見る
Yunnan province in China is located in the center of genetic diversity of cultivated rice, an area which in-cludes East Nepal, Bhutan, Assam in India. Myanmar, Laos and Northern Thailand (Chang, 1976; Nakagahra and Hayashi, 1977). Several studies on genetic variation and differentiation of the Yunnan rice varieties based on isozyme analyses (Hu et al., 1981; Nakagahra, 1984; Zhu et al., 1984; Xiong et al., 1987; Nagamine et al., 1992) have been conducted, indicating that allelic varia-tions at the isozyme loci increase from north to south in the province and that genetic diversity is the highest in the varieties from the southern and/or southwestern re-gions of the province. Geographically, this region is bordered by Myanmar. Laos and Vietnam and is located in the northeastern part of the center of genetic di-versity for cultivated rice. However, the sampling sites of the varieties used in previous reports were apparent-ly rather limited; the materials from the northern region of the province were particularly scarce. To reconfirm that the rice varieties from the southern or southwest-ern region in the province show the highest genetic di-versity, a larger number of indigenous varieties, collected from almost all counties in the province, were analyzed for isozyme variation at the county level.
- 日本育種学会の論文
- 1995-09-01
著者
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冨田 桂
福井県農業試験場
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Nagamine Tsukasa
Japan International Research Centerfor Agricultural Sciences Okinawa Sub-tropical Station
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葉 昌栄
雲南省農科院
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葉 昌栄
雲南省農業科学院
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Dall Lu
Yunnan Academy Ofagricultural Sciences
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Wen Guo
Yunnan Academy Ofagricultural Sciences
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Xrong Jran
Yunnan Academy ofAgricultural Sciences
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Chen Yong
Yunnan Academy ofAgricultural Sciences
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Ye Chang
Yunnan Academy ofAgricultural Sciences
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Sunohara Yoshihiro
Japan Intemational Research Centerfor Agricultural Sciences
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Tomita Katsura
Fukui Prefecture Agricultural Experiment Station
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Tomita Katsura
Fukui Agricultural Experiment Station
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Sunohara Yoshihiro
Japan Intemational Research Centerfor Agricultural Sciences:(present)aomori Prefecture Agricultural
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戴 陸園
Yunnan Academy ofAgricultural Sciences
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熊 建華
Yunnan Academy ofAgricultural Sciences
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文 国松
Yunnan Academy ofAgricultural Sciences
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陳 勇
Yunnan Academy ofAgricultural Sciences
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葉 昌栄
Yunnan Academy ofAgricultural Sciences
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長峰 司
Japan International Research Centerfor Agricultural Sciences, Okinawa Sub-tropical Station
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春原 嘉弘
Japan Intemational Research Centerfor Agricultural Sciences
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冨田 桂
Fukui Prefecture Agricultural Experiment Station
関連論文
- 福井県の水稲奨励品種を識別するSSRマーカーセットの開発
- 水稲新品種「あきさかり」の高温登熟耐性
- イネ日本型品種における食味の粘りおよび外観に関与する量的形質遺伝子座の検出
- 中国雲南省イネ品種「合系4号」における胚乳低アミロース突然変異の遺伝と特性
- 中国雲南省イネ遺伝資源における胚乳アミロース含有率変異の解析および突然変異による低アミロース系統の作出
- 水稲新品種ハナエチゼンの育成経過と特性
- 中国雲南省における耐冷性品種・系統の特性について
- 中国雲南省在来イネ品種における遺伝的多様性の再確認
- イネ日本型品種における食味の粘りおよび外観に関与する量的形質遺伝子座の検出
- 水稲新品種「あきさかり」
- 水稲新品種 「まんぷくもち」
- 水稲新品種 「ニュウヒカリ」
- いもち病真性抵抗性同質遺伝子系統「ハナエチゼンBL1号」,「ハナエチゼンBL2号」,「ハナエチゼンBL3号」,「ハナエチゼンBL4号」の育成
- 水稲新品種「コシヒカリBL1号」
- 水稲新品種「イクヒカリ」
- 水稲新品種「さきひかり」
- Verification of quantitative trait locus for stickiness of cooked rice and amylose content by developing near-isogenic lines
- Detection of Quantitative Trait Loci for White-back and Basal-white Kernels under High Temperature Stress in japonica Rice Varieties
- QTL detection for stickiness of cooked rice using recombinant inbred lines derived from crosses between japonica rice cultivars
- 優れた土中出芽性を有する水稲系統の育成
- 複数の栽培環境におけるイネいもち病圃場抵抗性遺伝子pi21の収量性に対する影響
- 北海道, 東北, 北陸地域の良食味品種および越南242号の出芽・苗立ち特性
- Detection and verification of QTLs associated with heat-induced quality decline of rice (Oryza sativa L.) using recombinant inbred lines and near-isogenic lines