Abstract
A bread wheat cultivar, ‘Saratovskaya 29’, (S29), its nearly isogenic lines carrying alien translocations [Lr9 from Aegilops umbellulata (Eg29) and (Lr19) from Agropyron elongatum (Ps29)] and two F1 hybrids between three nearly isogenic lines of S29 that differed by the Lr19+Rht1,Pro1+Pro2 and Ppd1+Ppd2 gene complexes, namely the S29 (Lr19+Rht1)/S29 (Ppd1+Ppd2) F1 and the S29 (Pro1+Pro2)/S29 (Lr19+Rht1) F1 were studied for their culture response with the following results. (1) Translocations with Lr9 and Lr19 decreased embryo frequency and green plant regeneration. (2) Both F1 hybrids showed a decrease in embryo frequency. One of the F1 hybrids, S29 (Lr19+Rht1)/S29 (Ppd1+Ppd2) showed a decrease, with respect to S29 for green plant regeneration; the other F1 S29 (Pro1+Pro2)/S29 (Lr19+Rht1), equalled S29 for green plant regeneration. (3) The gene complex of the F1 hybrid S29 (Pro1+Pro2)/S29 (Lr19+Rht1) was better than that of the F1 hybrid S29 (Lr19+Rht1)/S29 (Ppd1+Ppd2) for embryo induction and green plant regeneration. This effect was possibly induced by interactions between the Pro1+Pro2 and Lr19+Rht1 genes or was the result of direct actions of the Pro1+Pro2 genes.
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Sibikeeva, Y.E., Sibikeev, S.N. Genetic analysis of anther culture response in wheat carrying alien translocations. Theoret. Appl. Genetics 92, 782–785 (1996). https://doi.org/10.1007/BF00226102
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DOI: https://doi.org/10.1007/BF00226102