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Gcnctic analysis of fruit and shoot borer (Earias vittella Fab.) resistance in okra (Abelmoschus spp.)

机译:对黄秋葵(Abelmoschus spp。)的果蝇和shoot虫(Earias vittella Fab。)抗药性的分析

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摘要

Four okra varieties viz., Arka Anamika, Salkeerthy, Sel 2 and KL 9 of cultivated species Abelmoschus esciilentus, and two varieties viz., Susthira and ACS of semi-domesticated species Abelmoschus caillei were crossed in all possible combinations. Theparents and hybrids were evaluated for resistance against fruit and shoot borer, Earias vittella Fab. Differential response to fruit and shoot borer infestation was observed in all genotypes. The study revealed that the parents AC 5 and KL 9 are the potential donors of shoot and fruit borer resistance. Selection of genotypes with short growth habit, short flowering period and short fruit length will help to minimize the shoot and fruit borer infestation. Arka Anamika was identified as a good donor parent in breeding for fruit number, fruit weight and fruit length. The hybrid obtained by Sel 2 x ACS cross was identified with high marketable fruit yield and resistance to fruit and shoot borer, and field tolerance to Yellow Vein Mosaic Virus.
机译:栽培种Abelmoschus esciilentus的四个秋葵品种,即Arka Anamika,Salkeerthy,Sel 2和KL 9,以及半驯化种Abelmoschus caillei的两个品种,即Susthira和ACS,以所有可能的组合杂交。评估了父母和杂种对水果和嫩芽rEarias vittella Fab的抗性。在所有基因型中均观察到对果and和shoot虫侵害的不同反应。研究表明,亲本AC 5和KL 9是潜在的抗发芽和抗果蝇的捐助者。选择生长习性短,开花期短和果实长度短的基因型将有助于减少芽和果实蛀虫的侵害。 Arka Anamika因其果实数量,果实重量和果实长度而被选为育种的好父母。经鉴定,通过Sel 2 x ACS杂交获得的杂种具有很高的可销售水果产量,对果蝇和shoot虫的抗性以及对黄脉花叶病毒的田间耐受性。

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