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The Waxy (Wx) gene responsible for amylose synthesis is an old but widely used target in quality improvements of starchy crops. New genome editing strategies were recently reported to create novel and...
In rice grains, the Waxy (Wx) gene is responsible for the synthesis of amylose, the most important determinant for eating and cooking quality. Up to now, several Wx alleles have been elucidated on the...
Changes of quality traits such as grain sugar, starch, and protein content in full waxy and normal wheat in field grown samples was studied during grain filling. Compared to the normal line, the sol...
Approximately 70% of wheat endosperm consists of starch, and variations in the quality and quantity of starch affect the processing characteristics of wheat flour. Amylose content in particular has a ...
To cultivate waxy rice instead of transplanting by direct sowing in Hokkaido, we investigated the germination, emergence and establishment of waxy rice (cv. Hakuchou-mochi and cv. Kazenoko-mochi) unde...
The gelatinization of characteristics measured with a rapid visco analyser (RVA) and urea disintegration were examined for the present waxy rice cultivars and the breeding lines to improve various pr...
The heritability of gelatinization characteristics measured by RVA, thousand kernel weight and grain whiteness were examined in progenies of the cross between Koganemochi with high hardness of rice ...
There exists a single nucleotide polymorphism, G or T, at the first base of the donor splice site of waxy gene intron 1 in rice. In order to study the relationship between the first base of the donor ...
2(Wx-A1)。不同缺失类型淀粉糊化特性存在显著差异,按峰值粘度大小顺序依次为:类型8、3、5、4、6、7、2。Wx-B1缺失和Wx-D1缺失类型重组面粉的面条品质最优。糯小麦淀粉的峰值粘度和稀懈值显著高于非糯小麦,但反弹值很小,峰值时间短,糊化温度低。直链淀粉含量与煮熟面条TPA参数中硬度、胶着性和咀嚼性间正相关达1%水平(r =0.83~0.87),与弹性、粘着性、粘聚性和回复性间负相关达5...
四倍体小麦与节节麦杂交培育的人工合成六倍体小麦已广泛应用于国内外小麦品种改良。以引自CIMMYT的Syn768、Syn769和Syn780人工合成六倍体小麦分别与中国四川成都平原主栽普通小麦品种杂交、回交的BC2F2:6后代群体中选育的113份优良高代系为材料,采用SSR特异引物的PAGE凝胶电泳对其Waxy蛋白亚基缺失类型进行了研究。结果表明,在所检测的121份材料中,8份材料缺失Waxy-B1...
将来自CIMMYT第35届IBWSN和第20届SAWSN国际鉴定圃的488份品系于2003年种植在内蒙古临河,对其Wx蛋白亚基组成和淀粉糊化特性进行了研究。利用单向SDS-PAGE鉴定出191份Wx-B1蛋白亚基缺失和28份和Wx-D1蛋白亚基缺失品系。除峰值时间外,其余淀粉糊化特性参数在品系间都有较大变异,与中国春小麦相比,CIMMYT小麦表现峰值黏度、低谷黏度、最终黏度高,稀澥值和反弹值大,峰...
利用SDS-PAGE技术, 从河北省及其它省引进小麦地方品种900份中, 鉴定出了普通小麦Waxy-D1基因缺失材料一份, Waxy-B1基因缺失材料6份。 这些材料的发现, 为我国开展品质育种研究打下了基础, 尤其是Waxy-D1隐性材料尤为稀少, 是至今为止世界上发现的第二份含有该隐性基因的地方品种。 在小麦淀粉遗传控制研究和品质育种方面具有深远的理论研究和应用价值, 并为培育蜡质小麦奠定材料...
利用2对STS引物、1对SSR引物和1对基因特异引物分析了1 739份中国小麦地方品种Waxy基因的变异情况。检测出Wx-A1基因缺失突变材料3份,Wx-B1基因缺失突变材料25份,Wx-D1基因缺失突变材料3份。利用SDS-PAGE方法对以上Waxy基因突变材料在蛋白质水平上进行鉴定,验证了Waxy分子标记在种质资源研究中的有效性。向育种家推荐一批具有不同Waxy基因缺失的地方种质,并提供了全部...

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