Efficacy of Plant Extracts on Morphology and Cultural Characteristics of <i>Bipolaris sorokiniana</i>, Causing Black Point Disease of Wheat in Bangladesh

Dilruba Yesmin, Md. Abul Kalam Azad, F. M. Aminuzzaman, Md. Monirul Islam
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Abstract

Black point of wheat caused by Bipolaris sorokiniana (Bs) is very destructive disease of wheat in Bangladesh and all over the world. The symptoms of diseases caused by Bipolaris sorokiniana can vary depending on the host plant and environmental conditions. The conidia of Bs germinate from two poles, which differ physiologically as indicated by the rate, growth character, of length, breadth and number of septa on different media. The aim of this study was to evaluate the efficacy of selected plant extracts on the morphology and cultural characteristics of the fungus Bipolaris sorokiniana causing black point disease in wheat crops in Bangladesh. The efficacy of fifteen plant extracts on the growth and characteristics of Bs was conducted in vitro in 2019-2020. The treatments were: Untreated control, T1—Black berry Leaves, T2—Guava Leaves, T3—Lantena camera leaves, T4—Eucalyptus Leaves, T5— Turmeric Leaves, T6—Khoksha Leaves, T7—Papaya leaves, T8-Gurlic Bulb, T9—Chili dust, T10—Nigella seeds, T11—Turmeric dust, T12—Cloves, T13— Bohera fruits, T14—Black pepper and T15—Neem leaves. After 15 days of inoculation of Bipolaris sorokiniana, colony color and shapes were Gerrish blackish, greenish blackish, greyish blackish and shapes were round or irregular. In our study, conidia color was dark brown to light brown, conidiophore color was brown, dark brown, grayish brown, dark olivaceous, light brown and conidia shapes were elliptical, oblong or slightly curved. The septation of conidia was 2 - 5 and highest septation was seen in T4 and T14 treatments. The highest conidial length was 17.79 μm recorded in T2 treatment and lowest was 6.62 μm T9 treatment where conidial breath was 8.27 μm in control and lowest was 3.79 μm in T8 treatment. Mycelial growth rate of Bipolaris sorokiniana was different in different treatments in different days after inoculation (DAI) where at 7 DAI, % reduction of mycelial growth over control was highest in Bohera and Neem Leaves treatments respectively.
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植物提取物对孟加拉国小麦黑点病病原菌</ >形态及培养特性的影响
小麦黑点病是一种对孟加拉国乃至世界范围内的小麦极具破坏性的病害。因寄主植物和环境条件的不同,双北极星引起的疾病的症状也不同。芽孢杆菌的分生孢子从两极萌发,在不同培养基上的生长速率、生长特性、长、宽、间隔数等均有生理差异。本研究的目的是评价选定的植物提取物对引起孟加拉国小麦黑点病的真菌双北极星的形态和培养特性的影响。2019-2020年在体外研究了15种植物提取物对b的生长和特性的影响。处理分别为:未处理对照、t1 -黑莓叶、t2 -番石榴叶、t3 -灯笼叶、t4 -桉树叶、T5 -姜黄叶、T6-Khoksha叶、t7 -木瓜叶、t8 -苦瓜球茎、t9 -辣椒粉、t10 -黑葛籽、t11 -姜黄粉、t12 -丁香、T13 -山楝果、t14 -黑胡椒和t15 -楝叶。接种15 d后,菌落颜色和菌落形状为格里黑、绿黑、灰黑,菌落形状为圆形或不规则。本研究分生孢子颜色为深棕色至浅棕色,分生孢子颜色为棕色、深棕色、灰褐色、深橄榄色、浅棕色,分生孢子形状为椭圆形、长圆形或微弯曲。分生孢子的间隔为2 ~ 5,其中T4和T14处理的分生孢子间隔最高。T2处理的分生孢子长度最高为17.79 μm, T9处理的分生孢子长度最低为6.62 μm,对照组的分生孢子呼吸长度为8.27 μm, T8处理的分生孢子呼吸长度最低为3.79 μm。不同处理在接种后不同天数菌丝生长速率不同,其中在接种后第7天,柏黑拉和印楝叶处理菌丝生长速率较对照降低%最高。
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