![]() Among the different generations, the backcross generations viz., BC 1F 1 and BC 1F 2 were found to exhibit significant positive response towards haploid induction parameters in both triticale × wheat and wheat × rye hybridization. The variability in the haploid induction parameters was observed to be under genetic control for embryo formation and regeneration, while pseudoseed formation was only affected by auxin treatment. The triticale × wheat and wheat × rye recombinants were further subjected to Imperata cylindrica-mediated chromosome elimination approach of doubled haploidy breeding. The experimental material included the different generations obtained utilizing five genotypes of triticale (DT-123, DT-126, TL-2900, TL-2908 and TL-9335), four genotypes of Himalayan rye (Karoki rye, shanoor rye, tino rye and triloki rye) with various elite bread wheat genotypes as parents in wide hybridization programme. The present research endeavor was undertaken to depict the response of different generations viz., F 1, F 2, BC 1F 1, BC 1F 2, BC 1F 3, BC 1F 4 and BC 1F 5 of triticale × wheat and wheat × rye hybrids towards the different parameters of haploid induction.
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