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The wheat (Triticum aestivum L.) line 19HRWSN-129 from CIMMYT showed resistance to the major Puccinia triticina (Pt) races collected in China. A 144 F2:3 population was generated by crossing the res...
The wheat (Triticum aestivum L.) line 5R618, bred at the China Agricultural University, is resistant in the seedling stage to the majority of the current Chinese pathotypes of wheat leaf rust (Puccini...
Rains during grain ripening in wheat (Triticum aestivum L.) can cause preharvest sprouting (PHS), which drastically affects the grain yield and the baking quality of flour. In the present study, to sc...
Very little information exists on the relative genetic architecture of the grain physical properties of wheat. The physical properties of grain have a direct or indirect influence on the milling and b...
Tea gray blight caused by Pestalotiopsis longiseta SPEGAZZINI is a severe disease in tea fields in Japan. The resistance of tea plants to the disease was found to be controlled by 2 independent domina...
To develop a DNA marker assisted selection system for lines with recessive resistance gene to all races of barley yellow mosaic virus (BaYMV), we produced doubled haploid lines (DHLs) of barley (Horde...
Adventitious root-forming (ARF) ability, at the soil surface, is most important for adaptation of the plant to soil flooding or waterlogging. We evaluated the ARF ability of maize and teosinte seedlin...
In this study, 20 individual kernels of "Gün 91", "Kırkpınar 79", "Atay 85", "Kıraç 66", "Bolal 2973", "Bezostaya 1" and "Gerek 79" bread wheat cultivars that are grown in Turkey...
Very little information exists on the relative genetic architecture of the grain physical properties of wheat. The physical properties of grain have a direct or indirect influence on the milling and b...
The objective of this study was to estimate main genetic effects including digenic non-allelic epistasis for yield and starch content in grain by generation mean analysis performed in 9 maize populat...
摘要 以两个耐铝性不同的玉米自交系及它们的杂交和回交世代为材料,采用营养液培养方法,对玉米的耐铝性进行了遗传分析。结果表明,根系相对生物量具有较高的的遗传变异,其广义遗传率高达78.6%。但其狭义遗传率仅为15.4%,说明其遗传方式以显性效应为主。相反,地上部相对生物量具有相对较高的狭义遗传率(43.1%),其遗传方式以加性效应为主。在0.1m mol/L Al3+ 胁迫条件下,根系总的和活跃的...

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