首页> 外文期刊>Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis >Testing of Inoculation Methods and Susceptibility Testing of Perspective Cabbage Breeding Lines (Brassica Oleracea convar. Capitata) to the Black Rot Disease Caused by Xanthomonas Campestris pv. Campestris
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Testing of Inoculation Methods and Susceptibility Testing of Perspective Cabbage Breeding Lines (Brassica Oleracea convar. Capitata) to the Black Rot Disease Caused by Xanthomonas Campestris pv. Campestris

机译:甘蓝型黄单胞菌引起的黑腐病的接种方法测试和透视白菜育种系( Brassica oleracea convar。 Capitata )的敏感性测试。 Campestris

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The susceptibility of twenty?four cabbage breeding lines to Xanthomonas campestris pv. campestris was evaluated. The selection of appropriate inoculation method was done on 4 cabbage cultivars (‘Cerox’, ‘Sintex’, ‘Sonja’ and ‘Avak’). One month old plants were infected by 5 inoculation methods (spraying, injection by syringe, multiple pricking, carborundum abrasion and scissor clipping method). Four different bacterial isolates of Xcc (WHRI 3811, 3971A, 1279A; SU) and their mixture were evaluated for the aggressiveness on ‘Cerox’ and ‘Sonja’ cultivars. On the basis of obtained results, breeding lines of head cabbage were inoculated by mixture of all tested isolates using multiple pricking method. The disease severity of inoculated seedlings proved high susceptibility of young plants to the Xcc infection. The disease incidence determined 75 and 105 days after sowing showed changes for 16 of tested lines and indicated that resistance testing should be observed until mature stage. The study revealed five breeding lines (DP25, T1, IT10, Kalibos and Avak1) with disease incidence lower than 20 % as perspective sources of resistance for further breeding.
机译:二十四个白菜育种品系对黄单胞菌的敏感性。桔梗被评估。在4个白菜品种(“ Cerox”,“ Sintex”,“ Sonja”和“ Avak”)上选择了合适的接种方法。一个月大的植物通过5种接种方法(喷雾,注射器注射,多次刺,金刚砂磨蚀和剪剪法)感染。对四种不同的Xcc细菌分离株(WHRI 3811,3971A,1279A; SU)及其混合物对'Cerox'和'Sonja'品种的侵袭性进行了评估。在获得的结果的基础上,使用多重点刺法将所有测试菌株的混合物接种到大白菜育种系中。接种苗的病害严重程度证明了幼株对Xcc感染的敏感性高。播种后75天和105天确定的疾病发生率表明16个受试品系发生了变化,并表明应观察抗药性测试直至成熟期。该研究揭示了五个疾病发生率低于20%的育种系(DP25,T1,IT10,Kalibos和Avak1),作为进一步育种的抗性源。

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