选定可可无性系离体果实对棕榈疫霉人工接种的反应

Leonora Rodriguez Polanco, Martha Liliana Carrero, Edinson Bayardo Parra, Jose Dimas Segura Amaya
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引用次数: 1

摘要

黑豆腐病(BPR)是由疫霉属的几种物种引起的,是对可可生产最具限制性的病害之一,因为它出现在世界上所有的产区,并造成重大损失。本研究的目的是通过对来自5个产区的5株棕榈芽孢杆菌分离株的离体果实接种试验,确定6个可可无性系(EET8、IMC67、TSH565、PA46、ICS95和CCN51)对这种侵染的反应。在接种后6天和10天对分离荚果的发病率和严重程度进行评估。克隆CCN51在6 DAI时被分类为敏感,克隆IMC67和PA46为中等敏感。所有被评估的克隆在10 DAI时都被归类为易感。与ANYA228相比,HURV19的侵袭性最强,而ANYA228的侵袭性最低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reaction of detached fruits from selected cocoa clones to artificial inoculation with Phytophthora palmivora
Black pod rot (BPR), caused by several species of the genus Phytophthora, is one of the most limiting diseases for the production of cocoa as it appears in all of the producing regions of the world and generates significant losses. The aim of this study was to establish the response to this infection in six cacao clones (EET8, IMC67, TSH565, PA46, ICS95, and CCN51), through an inoculation test on detached fruits using five P. palmivora isolates from five producing regions. The incidence and severity of the disease in the detached pods were evaluated at six and ten days after inoculation (DAI). Clone CCN51 was classified as susceptible, and clones IMC67 and PA46 as moderately susceptible at six DAI. All the clones evaluated were categorized as susceptible at ten DAI. The HURV19 isolates of P. palmivora showed the highest aggressiveness compared to ANYA228, which was found to be the least aggressive.
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