小麦族

RAMP标记可作为评价多年生小麦族物种遗传多样性和亲缘关系的一种分子标记技术。

RAMP was a useful molecular marker technology for assessing of the diversity and the relationship in Triticeae .

同时，对所收集材料的可利用性、调查收集的基本单元以及小麦族植物的保护进行了讨论。

Furthermore , some issues such as utilization of collections , basic unit of investigation and collecting , and conservation of Triticeae were discussed .

本文对小麦族植物中基因组特异性DNA重复序列的分类、基本特征、分离和鉴定方法、在小麦遗传改良中的应用以及未来研究的发展趋势进行了简述。

In this paper we review recent advances in studies of several aspects of genome specific repetitive DNA sequences in wheat and related species .

对基因组特异性DNA重复序列的研究是认识小麦族植物基因组的有效途径之一，基因组特异性DNA重复序列的应用将进一步促进小麦族植物分子细胞遗传学和普通小麦遗传改良研究的进展。

Research on genome specific repetitive DNA sequences is essential to the elucidation of genome function . The application of genome specific repetitive DNA sequences will aid molecular cytogenetic studies in wheat and related species and contributes to genetic improvement of common wheat .

小麦族6种根茎型牧草叶表皮气孔特性与抗旱性的研究

Studies on the Leaf Stomata Characteristics and Drought Resistance of Six Rhizomatous Grasses

序列比较分析显示：这三个序列与小麦族物种的低分子量谷蛋白亚基基因序列有较高的一致性，可以表明其为低分子量谷蛋白亚基序列。

Multiple sequences alignment suggested that three isolated sequences are homologous of wheat LMW glutenin .

小麦族内几种远缘禾草及其杂交种过氧化物酶同工酶分析

The Analysis on Peroxidase ( POD ) Isozyme of Several Wide Species and Their Hybrids in the

小麦籽粒B族维生素与籽粒色素的相关分析研究

Analysis of B Vitamins and Total Anthocyanin in Different Wheat Varieties

多年生簇毛麦（四倍体）是小麦品种改良的优良遗传资源，其在小麦族中的分类地位一直存在争议。

Dasypyrum breviaristatum is a good germplasm and a potential resource to be used in wheat improvement .