Using an F2 population derived from cultivated and wild azuki bean, we previously detected a reciprocal translocation and a seed size QTL near the translocation site. To test the hypothesis that the translocation in the cultivated variety contributed to the larger seed size, we performed further linkage analyses with several cross combinations between cultivated and wild azuki beans. In addition, we visually confirmed the translocation by cytogenetic approach using 25 wild and cultivated accessions. As a result, we found the translocation-type chromosomes in none of the cultivated accessions, but in a number of the wild accessions. Interestingly, all the wild accessions with the translocation were originally collected from East Japan, while all the accessions with normal chromosomes were from West Japan or the Sea of Japan-side region. Such biased geographical distribution could be explained by the glacial refugium hypothesis, and supported narrowing down the domestication origin of cultivated azuki bean.
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We are very grateful to Dr. Takaya Iwasaki for his academic adivice about glacial refugium hypothesis. We are also grateful to Hokkaido Prefectural Central Agricultural Experiment Station for supplying seeds of a cultivar ‘Shumari’. This research was partially conducted while the first author was a visiting scholar in NIAS.
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The authors declare no conflict of interest.
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Wang, L., Kikuchi, S., Muto, C. et al. Reciprocal translocation identified in Vigna angularis dominates the wild population in East Japan. J Plant Res 128, 653–663 (2015). https://doi.org/10.1007/s10265-015-0720-0
- Azuki bean
- Linkage analysis
- Reciprocal translocation
- Wild population