酸性石灰中部分真菌和细菌内生菌的分子特征

Razia Sulthana Begum Gangupalli, Rajulu B. G., Rajasekharam T., Ruth Ch., T. B.
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引用次数: 0

摘要

内生微生物存在于植物的各个部分(根、果实、茎、种子、叶等)的活体组织中。内生微生物是抗生素的良好来源。从安得拉邦主要酸性石灰种植区采集的健康酸性石灰植物根部分离出了内生拮抗剂。共分离出 8 种真菌和 10 种细菌内生拮抗剂。对这些拮抗剂进一步进行了初步筛选,其中只有 6 个内生真菌拮抗剂(EFA 1-6)和 8 个内生细菌拮抗剂(EBA 1-8)分离物对引起酸性石灰干根腐病的 Fusarium solani 的径向生长有良好的抑制作用。研究人员选择了其中一种在双培养试验中对茄镰孢菌具有极强抑制作用的最佳真菌和细菌拮抗剂进行进一步的分子鉴定。BLAST 结果显示,其中一个真菌分离物与烟曲霉的相似度为 100%,一个细菌分离物与铜绿假单胞菌的相似度为 95.56%。
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Molecular characterization of selected fungal and bacterial endophytes in acid lime
Endophytes are the microorganisms that are present in living tissue of various plant parts (roots, fruits, stem, seed, leaf etc,). Endophytic microorganisms are good source of antibiotics. Endophytic antagonists were isolated from the roots of healthy acid lime plants collected from major acid lime growing areas of Andhra Pradesh. A total of 8 fungal and 10 bacterial endophytic antagonists were isolated. The antagonists were further subjected to preliminary screening, out of which only 6 endophytic fungal antagonists (EFA 1-6) and 8 endophytic bacterial antagonists (EBA 1-8) isolates showed good inhibitory effect on radial growth of Fusarium solani causing dry root rot in acid lime in vitro. Among them the one of the best fungal and bacterial antagonists that were found to be extremely efficient against Fusarium solani in dual culture assay were selected for further molecular identification. The BLAST results revealed that one of the fungal isolate had shown 100% similarity with Aspergillus fumigatus and one of the bacterial isolate had shown 95.56% similarity with Pseudomonas aeruginosa.
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