用生物杀真菌剂对有机香蕉果实上的 Thielaviopsis paradoxa 和 Colletotrichum musae 进行体外和体内控制

Manglar Pub Date : 2024-04-02 DOI:10.57188/manglar.2024.006
René Aguilar Anccota, Silverio Apaza Apaza, Edgar Abraham MALDONADO DUQUE, Yuri Holsin Calle Cheje, Robert Richard Rafael Rutte, Kenny Ruben Montalvo Morales, Mercedes Milagros More Yarleque, Ricardo Chávez C., Pierina Lizet Chuquicusma Culquicondor, Davies Arturo Morales Pizarro
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引用次数: 0

摘要

皮乌拉是秘鲁有机香蕉产量最大的地区,但收获后的冠腐病造成了巨大的经济损失。因此,我们提出了以下目标:评估生物杀真菌剂在体外和体内控制这种病害的效果。使用的产品有:牛至提取物、柠檬酸、抗坏血酸、生物类黄酮、生物肥料和茶树油。在体外,采用了 "中毒培养基 "法。在体内,将分生孢子悬浮液 1 x 104 CFU ml-1 接种到果实上,分生孢子悬浮液的浓度分别为 Thielaviopsis paradoxa 和 Colletotrichum musae。生物杀菌剂按照商业剂量配制。使用产品后,用手动喷雾器接种真菌。将处理过的香蕉簇放在 18.4 千克的纸箱中包装,在 13 °C 的温度下培养 18 天,在有乙烯气体的成熟室中培养 4 天。在体外,牛至提取物(1450 ppm)和柠檬酸(2825 ppm)这两种生物杀真菌剂能 100%地抑制副茄属和蕈蚊属菌丝的生长。在水果中,柑橘提取物生物杀真菌剂(4275 ppm)的严重指数最低,对拟线虫和蕈蚊的抑制率为 0.0%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Control in vitro e in vivo de Thielaviopsis paradoxa y Colletotrichum musae con biofungicidas en frutos de banano orgánico
Piura is the region with the largest organic banana production in Peru; however, the post-harvest disease crown rot has generated large economic losses. Therefore, the following objectives were raised: to evaluate the efficacy of biofungicides in vitro and in vivo for the control of this disease. The products used were: oregano extract, citric acid; ascorbic acid, bioflavonoids; biofertilizer and tea tree oil. In vitro, the "poisoned medium" method was used. In vivo, fruits were inoculated with conidial suspensions at 1 x 104 CFU ml-1 of the phytopathogens Thielaviopsis paradoxa and Colletotrichum musae. The biofungicides were prepared according to the commercial dose. The products were applied, and the fungi were inoculated with manual sprayers. The banana clusters with treatment were placed in 18,4 kg cardboard boxes and packed, incubating at 13 °C for 18 days and 4 days in a maturation chamber with ethylene gas. In vitro, the biofungicides: oregano extract (1450 ppm) and citric acid (2825 ppm) obtained 100% inhibition in the growth of the mycelium of T. paradoxa and C. musae. In fruits, the lowest severity index was for the citrus extract biofungicide (4275 ppm), registering 0,0% against T. paradoxa and C. musae.
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