中央邦亚麻籽对芽蝇抗性的组织学基础

Rishi Pal, Y. Malik
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引用次数: 2

摘要

在印度北方邦坎普尔(Kanpur)的拉比季节,筛选了288份亚麻籽抗蝇芽害种质,研究了亚麻籽抗蝇芽害的历史基础。结果表明,萼片厚度与芽侵染呈负极显著负相关(r=—0.7224)。最大萼片厚度(0.49 mm)的抗性种质系的芽侵染率相对最低(6.88%),与其他抗性种质系A-95B、CI-1385、EC-1392、EC-1424、GS-234、IC-15888和JRF-5持平。萼片厚度最小(0.24 mm),芽侵染率最高(65.11%),与其他易感品系Ajgan-3-1、Ajgan-20M、Alipur (Hamirpur)、Anand、GS-148、GS-440、Gunawal Local、NP (RR) 193、rald -7810、RLC-28 (PM)、MS-14、SJKO-2、SJKO-45静态相当。与萼片厚度最大的基因型相比,萼片厚度最小的基因型遭受的芽侵染最多。
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Histological basis of resistance in Linseed against bud fly (Dasyneura lini Barnes) in Central Uttar Pradesh
A field experiment conducted for screened 288 germplasm of linseed against bud fly infestation at Kanpur, Uttar Pradesh during rabi season to study the historical basis of resistance of linseed against bud fly. The results indicated that the sepal thickness negative highly significant relationship (r=--0.7224) with bud infestation. The resistant germplasm line maximum sepal thickness (0.49 mm) had relative minimum bud infestation (6.88%) and was statically at par other resistant germplasm lines viz. A-95B, CI-1385, EC-1392, EC-1424, GS-234, IC-15888 and JRF-5. While minimum sepal thickness (0.24 mm) with maximum bud infestation (65.11%) which was statically at par with other susceptible lines viz. Ajgan-3-1, Ajgan-20M, Alipur (Hamirpur), Anand, GS-148, GS-440, Gunawal Local, NP (RR) 193, RAULD-7810, RLC-28 (PM), MS-14, SJKO-2, SJKO-45. The genotypes with minimum thickness of sepal suffered maximum bud infestation as compared to those with maximum sepal thickness.
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