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Association between alleles of the Waxy gene and traits of grain quality in Philippine Seed Board rice varieties.

机译:菲律宾种板稻品种 Waxy 等位基因与谷物品质性状的关联。

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摘要

The association between alleles of the Waxy gene, defined by the number of CT repeats on exon 1, and traits of grain quality was carried out using 47 Philippine Seed Board rice varieties. The major alleles of the Waxy gene in the set of 47 were (CT)10, (CT)11, (CT)17 and (CT)20. Varieties were divided into four clusters based on the metric of each trait of grain quality. (CT)10 (27-32% amylose content (AC)) and (CT)11 (22-30% AC) were mainly in clusters 3 and 4 (hard texture), and (CT)17 (20-24% AC) and (CT)20 (18-27% AC) were exclusively in grain quality cluster 1 (soft texture) and 2 (medium texture). (CT)n associated negatively with AC in this set. Only six (CT)11 and one (CT)10 rices were in cluster 4 (high-AC low-GT) and had high RVA consistency (final viscosity-trough viscosity) >200 RVU. (CT)17 seemed to be the preferred source of low-intermediate AC in the Philippine rice breeding program, followed by (CT)20.
机译:Waxy基因的等位基因之间的关联(由外显子1上的CT重复数决定)与谷物品质的性状是使用47种菲律宾种子局水稻品种进行的。一组47个 Waxy 基因的主要等位基因为(CT) 10 ,(CT) 11 ,(CT) 17 和(CT) 20 。根据每种谷物品质性状的指标,将品种分为四个类。 (CT) 10 (27-32%直链淀粉含量(AC))和(CT) 11 (22-30%AC)主要分布在簇3和簇4(硬(CT) 17 (20-24%AC)和(CT) 20 (18-27%AC)仅位于谷物质量簇1(软纹理)和2(中等纹理)。 (CT) n 与该集合中的AC负相关。集群4(高AC低GT)中只有六(CT) 11 和一(CT) 10 稻并且具有高RVA一致性(最终粘度-谷粘度) )> 200 RVU。在菲律宾水稻育种计划中,(CT) 17 似乎是低中间AC的首选来源,其次是(CT) 20

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