首页> 外文OA文献 >Persilangan Pisang Liar Diploid Musa Acuminata Colla Var Malaccensis (RIDL.) Nasution sebagai Sumber Polen dengan Pisang Madu Tetraploid
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Persilangan Pisang Liar Diploid Musa Acuminata Colla Var Malaccensis (RIDL.) Nasution sebagai Sumber Polen dengan Pisang Madu Tetraploid

机译:四倍体蜂蜜香蕉作为花粉来源的二倍体野生香蕉芭蕉科马拉瓦拉马六甲杂交(RIDL。)

摘要

Hybridization of wild diploid Musa acuminata Colla var malaccensis (Ridl.) Nasution as pollen source with teraploid Pisang Madu. Indonesia and South East Asia is the center of origin and genetic variability of bananas, specifically species Musa acuminata Colla. At least 15 varieties of wild Musa acuminata are found in Indonesia. Some of them have resistances for several diseases of bananas. One approach in banana breeding program is hybridizingbetween tetraploid parent and diploid parent of banana. This research was aimed to produce new triploid banana hybrid by crosses between tetraploid female parent ‘Pisang Madu\u27 and wild diploid male parent Musa acuminata Colla var malaccensis (Ridl.) Nasution. From 302 crosses, 53.9% of crosses produced seeds. However, only 48.46% of seeds contained embryos, and only 1.27% of embryos grew and developed. Bunch weight and leaf length of hybridplants were not significantly different with female parent, tetraploid Pisang Madu. Plant height of the hybrids was not significantly different with male parent, wild diploid Musa acuminatavar malaccensis. Pseudostem diameter and leaf width of the hybrid plants were between female tetraploid parent and male wild diploid parent. RAPD profiles (DNA bands) of the hybrids were originated from the female parent, male parent and both parents were 38.46, 34.6, and 26.92%, respectively. The hybrids were confirmed to be triploids (3x=33).
机译:作为花粉来源的野生二倍体红景天与三倍体Pisang Madu的杂交。印度尼西亚和东南亚是香蕉特别是Musa acuminata Colla物种的起源和遗传变异的中心。在印度尼西亚至少发现了15种野生Musa acuminata。其中一些对香蕉的几种疾病具有抗性。香蕉育种程序中的一种方法是在香蕉的四倍体亲本和二倍体亲本之间杂交。这项研究旨在通过四倍体雌性亲本“ Pisang Madu \ u27”和野生二倍体雄性母本Musa acuminata Colla var malaccensis(Ridl。Nasution)杂交产生新的三倍体香蕉杂种。从302个杂交中,有53.9%的杂交产生了种子。但是,只有48.46%的种子包含胚,只有1.27%的胚生长发育。杂种植物的束重和叶长与雌性亲本四倍体Pisang Madu没有显着差异。杂种的株高与雄性亲本野生二倍体Mus acuminatavar malaccensis无显着差异。杂种植物的假茎直径和叶宽在雌性四倍体亲本和雄性野生二倍体亲本之间。杂种的RAPD图谱(DNA条带)分别来自雌性亲本,雄性亲本和亲本,分别为38.46%,34.6%和26.92%。确认杂种为三倍体(3x = 33)。

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