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  • 1 Institute of Plant Genetics Polish Academy of Sciences 60-479 Poznan Poland
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The aim of this work was to distinguish between chromosomes of A-genome of 6x-triticale and A m- -genome of T. monococcum and to evaluate the efficiency of distinguishing secondary tetraploid triticale lines varying in A/A m chromosome substitutions. These secondary tetraploid lines were developed by crossing of this hexaploid triticales with the synthetic allotetraploid T. monococcum/S. cereale (A m A m RR) as a male parent. The comparative C-banding showed that chromosomes of T. monococcum are less easily stained than are chromosomes of hexaploid triticale. Precise differential staining of tetraploid triticale lines with complete A genome distinguished chromosomes originating from A m -genome of primary A m A m RR allotetraploid and those substituted from A-genome of 6x-triticale. Seventeen different chromosome constitutions of tetraploid triticale with complete A-genome were identified. The assessed substitutions showed close linkage with several phenotypic traits. Chromosomes 2A, 4A, 5A and 6A participated in substitutions with significantly higher frequency than other chromosomes of A-genome.

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Cereal Research Communications
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