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首页> 外文期刊>Genetic Resources and Crop Evolution >Classification of tea (Camellia sinensis) landraces and cultivars in Kyoto, Japan and other regions, based on simple sequence repeat markers and restriction site-associated DNA sequencing analysis
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Classification of tea (Camellia sinensis) landraces and cultivars in Kyoto, Japan and other regions, based on simple sequence repeat markers and restriction site-associated DNA sequencing analysis

机译:基于简单的序列重复标记和限制性位点相关的DNA测序分析

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摘要

The tea plant (Camellia sinensis (L.) Kuntze) of Japan is now thought to have originated in China. Actual cultivation of tea plants presumably started in Kyoto, and then spread to other regions of Japan. Tea gardens used to be composed of heterogenic, seed-derived populationslandracesselected for climatic preferences and cultivation methods. Cultivars were bred from landraces in the modern era. A number of landraces remain in Kyoto Prefecture. However, little is known about their genetic characteristics compared with other landraces. We investigated the relationships of tea landraces and cultivars from Kyoto Prefecture and other regions. A neighbor-joining phylogram was constructed from 113 lines including 68 landraces, 44 cultivars, and one wild relative, based on simple sequence repeat markers. The lines could be classified into four groups (I-IV). In group I, most of the Kyoto landraces were close to other Japanese landraces, supporting the idea of the spread of tea plants from Kyoto to other regions in the country. The remaining lines were included into groups III and IV, apart from group II, which contained Shizuoka lines. Similar results were observed by restriction site-associated DNA sequencing analysis using 44 cultivars. Our data provide valuable information for the classification of tea lines, especially for the relationships of Kyoto lines among Japanese tea varieties.
机译:茶厂(日本山茶花(L.)kuntze)现在被认为是在中国起源的。实际培养茶叶植物可能始于京都,然后蔓延到日本的其他地区。茶园曾经由异常,种子衍生的人群组成,用于气候偏好和栽培方法。品种从现代时代的实地繁殖。京都州留存了许多地毯。然而,与其他实地相比,他们的遗传特征很少。我们调查了来自京都县和其他地区的茶泉地区和品种的关系。基于简单的序列重复标记,将邻近的Phylograph构建为113条线,其中包括68个Landraces,44种品种和一个野生相对。线路可以分为四组(I-IV)。在一组中,大多数京都地区都接近其他日本地球菌,支持从京都到该国其他地区的茶叶植物的蔓延的想法。除了含有Shizuoka系的II组,剩余的线条包含在III族和IV族中。使用44种栽培的限制性位点相关的DNA测序分析观察到类似的结果。我们的数据为茶叶线分类提供了有价值的信息,特别是对于日本茶品种京都线路的关系。

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