E. P. Ramdan, Inti Mulyo Arti, Ummu Kalsum, P. I. Kanny
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摘要

gloesporiodes炭疽病菌(Colletotrichum gloesporiodes)是一种能在田间和采后对多种水果造成炭疽的炭疽病菌。gloesporiodes是一种世界性的病原菌,因此了解哪些水果可以被感染作为预防的基础是很重要的。本研究旨在确定几种采后果实中gloesporiodes的寄主范围和毒力水平。该研究于2022年3月至2022年4月在Gunadarma大学农业技术中间实验室进行。本研究采用完全随机设计,包括4种水果(芒果、辣椒、木瓜和番茄)作为处理。每次处理4个单位,重复3次,共48个实验单位。从具有炭疽病症状的芒果果实中分离得到gloesporiodes。将获得的分离株接种于番茄、辣椒、木瓜和芒果作为对照。接种后第7天观察炭疽病症状和病斑直径。测量损伤的直径以确定毒力水平。结果表明,gloesporiodes能够以辣椒、木瓜和芒果为寄主定植并侵染,但不能接种到西红柿上。定植和感染的能力表现为黄色到黑色的斑点、凹陷和水样。每种水果的毒力等级不同,从极低到中等。本研究的结论是,gloesporiodes能够感染不同毒力水平的辣椒和木瓜。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
KISARAN INANG ISOLAT Colletotrichum gloeosporiodes ASAL MANGGA PADA BEBERAPA PASCAPANEN BUAH
Colletotrichum gloesporiodes is one of the species of Colletotrichum that causes anthracnose on various fruits both in the field and postharvest. C. gloesporiodes is a cosmopolitan pathogen so it is important to know which fruits can be infected as a basis for prevention. This study aimed to determine the host range and virulence level of C. gloesporiodes in several postharvest fruits. The research was conducted at the Agrotechnology Intermediate Laboratory, Gunadarma University from March 2022 to April 2022. This study used a completely randomized design consisting of 4 types of fruit (mango, chili, papaya, and tomato) as treatment. Each treatment consisted of 4 units and then repeated 3 times so that there were a total of 48 experimental units. C. gloesporiodes isolate was obtained from mango fruit with anthracnose symptoms. The isolates obtained were inoculated to tomatoes, chilies, papayas, and mangoes as controls. Anthracnose symptoms and lesin diameter were observed at 7 days after inoculation. The diameter of the lesin was measured to determine the level of virulence. The results showed that C. gloesporiodes was able to colonize and infect chilies, papayas, and mangoes as hosts, but there was no inoculated to tomatoes. The ability to colonize and infect is indicated by symptoms in the form of yellow to black spots, sunken, and watery. The virulence category showed different levels in each fruit with a range from very low to moderate. The conclusions obtained from this study were that C. gloesporiodes was able to infect chilies and papayas with different levels of virulence.
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