印度东部香蕉炸裂病和点蚀病的角霉病病理现状

S. Ganesan, H. S. Singh, Srinivas Petikam, D. Biswal
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引用次数: 1

摘要

2014 - 2015年,在印度东部的雨季,香蕉种植园记录了苗木叶瘟的发病率和成熟香蕉串的点蚀病。从受影响的组织培养植株和果实中分离得到的真菌的分类鉴定和内部转录间隔区DNA序列分析证实,“在这两种情况下”,病原菌都是斑孢霉(pyricaria angulata Hashioka)。科赫的假设在幼苗和成熟的果实上得到了证明。在模拟条件下的大纳恩。推导并介绍了我们的P. angulata菌株PG9001的进化历史。KU984740。分析结果表明,在系统发育上,该属植物与其他与pyricaria和Magnaporthe都有亲缘关系的种有明显的差异。在幼叶、过渡叶、中脉、叶柄、花梗、成熟束、束柄和茎垫上详细记录了爆炸病的症状。值得注意的是,成熟串上明显的小点蚀降低了成熟果实的视觉吸引力。还详细记录了果实上的点蚀症状与果实年龄的关系及其在束和指上的分布规律。此外,暂态叶、杂草寄主、季节性对病害发生的作用也有文献记载。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pathological Status of Pyricularia angulata Causing Blast and Pitting Disease of Banana in Eastern India
Incidence of leaf blast on nursery plants and pitting disease on maturing banana bunches has been recorded in banana plantations during rainy season in Eastern India during 2014 to 2015. Taxonomical identification as well as DNA sequence analysis of the internal transcribed spacer region of fungus isolated from affected tissue culture derived plantlets and fruits confirmed the pathogen to be Pyricularia angulata Hashioka “in both the cases”. Koch’s postulates were proved on young plantlets as well as on maturing fruits of cv. Grand Naine under simulated conditions. Evolutionary history was inferred and presented for our P. angulata strain PG9001 with GenBank accession no. KU984740. The analysis indicated that the P. angulata is phylogenitically distinct from other related species related to both Pyricularia and Magnaporthe. Detailed symptoms of blast lesions on young leaves, transition leaves, mid rib, petioles, peduncle, maturing bunches, bunch stalks and cushions were documented. Notably, the distinct small pitting spots on maturing bunches reduced the visual appeal of mature fruits. Appearance of pitting symptoms on fruits in relation with age of fruits and their distribution pattern on bunch and fingers was also documented in detail. Further, the roles of transitory leaves, weed hosts, seasonality on disease occurrence have also been documented.
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