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There are many reports describing chromosome structure, organization and evolution within goatgrasses (   Aegilops    spp.). Chromosome banding and fluorescence  in situ  hybridization techniques are main methods used to identify    Aegilops    Linnaeus, 1753 chromosomes. These data have essential value considering the close genetic and genomic relationship of goatgrasses with wheat (   Triticum   aestivum    Linnaeus, 1753) and triticale (×    Triticosecale    Wittmack, 1899). A key question is whether those protocols are useful and effective for tracking    Aegilops    chromosomes or chromosome segments in genetic background of cultivated cereals. This article is a review of scientific reports describing chromosome identification methods, which were applied for development of prebreeding plant material and for transfer of desirable traits into    Triticum    Linnaeus, 1753 cultivated species. Moreover, this paper is a resume of the most efficient cytomolecular markers, which can be used to follow the introgression of    Aegilops    chromatin during the breeding process.

Cytological markers used for identification and transfer of Aegilops spp. chromatin carrying valuable genes into cultivated forms of Triticum