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首页> 外文期刊>园芸学会杂志 >The study on the relationship between leaf colors and ptDNA inheritance in intersectional cross of Rhododendron kiusianum x R-japonicum f. flavum, resulting in an unexpected triploid progeny
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The study on the relationship between leaf colors and ptDNA inheritance in intersectional cross of Rhododendron kiusianum x R-japonicum f. flavum, resulting in an unexpected triploid progeny

机译:杜鹃×R-japonicum f的交配叶色与ptDNA遗传关系的研究。黄酮,导致意外的三倍体后代

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The relationship between leaf color and plastiduclear genome construction of 45 seedlings from two crosses of R. kiusianum (2n=2x=26) x R. japonicum f. flavum (2n=2x=26) was examined to resolve the frequent appearances of albino progenies among crosses involving Rhododendron species. Leaf color of seedlings segregated into green, pale green, and albino at a ratio, ca. 1:2:7. An unexpected triploid green plant with 2x and 1x nuclear genome from R. kiusianum and R. japonicum f. flavum, respectively, was detected among the hybrids through isozyme analysis and chromosome observation. PCR-RFLP analysis of matK region revealed that plastid DNA (ptDNA) of all albino hybrids was inherited from R. kiusianum, whereas that of six of seven green hybrids inherited it from R. japonicum f. flavum, The triploid green progeny had ptDNA of R. kiusianum.
机译:菊科植物R. kiusianum(2n = 2x = 26)x japonicum f。2个杂交的45株幼苗叶片颜色与质体/核基因组构建之间的关系。检查了黄酮(2n = 2x = 26)以解决白杜鹃后代在涉及杜鹃花物种的杂交中的频繁出现。幼苗的叶子颜色按比例分成绿色,浅绿色和白化。 1:2:7。一种来自R. kiusianum和R. japonicum f。的意外的三倍体绿色植物,具有2x和1x核基因组。通过同工酶分析和染色体观察分别在杂种中检测到黄酮。对matK区域的PCR-RFLP分析表明,所有白化杂种的质体DNA(ptDNA)均从k.ianus R. kiusianum遗传而来,而七个绿色杂种中有6个是从r。japonicum f。遗传而来。三倍体绿色后代具有R. kiusianum的ptDNA。

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