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Enlargement of the Genetic Variability of Garden Asparagus (Asparagus officinalis L.) to Improve Resistance to Biotic and Abiotic Stresses and Quality Associated Compounds

机译:扩大园林芦笋(芦笋Officinalis L.)的遗传变异,提高生物和非生物胁迫和优质相关化合物的抵抗力

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The paper reports preliminary results of a research project aiming to improve the genetic basis of garden asparagus (Asparagus officinalis L.) for resistance to biotic and abiotic stress as well as quality associated compounds via interspecific and intersubspecific crosses. In the present study, interspecific hybrids between A. albus × A. officinalis, A. maritimus × A. officinalis, A. officinalis × A. verticillatus and A. amarus × A. verticillatus were generated by hand pollination and embryo rescue. The F_1 hybrids were analyzed by using molecular and cytological techniques. Whereas the A. albus × A. officinalis hybrid was triploid, the three other hybrids were tetraploid. The morphological characterisation as well as chemical investigation of volatile compounds of the hybrids suggests an intermediate stage between the cross parents. Additionally, the hybrids expressed a number of novel volatile compounds. Potential value of the obtained interspecific hybrids and the further work is discussed.
机译:本文报告了研究项目的初步结果,旨在改善园林芦笋(芦笋Officinalis L.)的遗传基础,用于抵抗生物和非生物应激以及质量相关的化合物,通过各特异性和三分起的十字架。在本研究中,通过手工授粉和胚胎救援产生了A. Albus×A. Officinalis,A. Maritimus×A. Officinalis,A. Officinalis×A. Verticillatus和A. Amarus×A. Verticillatus的间隙杂交。通过使用分子和细胞学技术来分析F_1杂种。虽然A. Albus×A. Officinalis杂种是三倍体,但其他三个杂种是四倍体。杂种挥发性化合物的形态表征以及化学研究表明了十字父母之间的中间阶段。另外,杂交种表达了许多新型挥发性化合物。讨论了获得的间隙混合动力车的潜在价值和进一步的工作。

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