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. 2020 Aug 6;70(4):474–480. doi: 10.1270/jsbbs.20035

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Copyright © 2020 by JAPANESE SOCIETY OF BREEDING

This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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Fig. 1. — Graphical genotypes of recombinant fixed pairs carrying ‘NIL-SCN’ fragments around the QTL regions on chromosomes 11. Except for ‘Natto-shoryu’, all lines and ‘NIL-SCN’ have rhg1 and Rhg4 in common. Top: F₃ seeds selected in 2018. Bottom: F₄ lines in 2019. Controls in 2019 were F₄ lines with or without an ‘NIL-SCN’ fragment that covers this QTL region. Positions of SSR markers. ‘BARCSOYSSR’ (part of the name of some markers) is abbreviated ‘BSSR’. ‘Natto-shoryu’ fragments; ‘NIL-SCN’ fragments. Nearest marker in QTL analysis. Scales (in Mb) are based on the ‘Williams 82’ genome (Wm82.a2). The significance of differences in scores of cyst number of recombinant fixed lines is shown on the right; N = 5.

Inline graphic — Graphical genotypes of recombinant fixed pairs carrying ‘NIL-SCN’ fragments around the QTL regions on chromosomes 11. Except for ‘Natto-shoryu’, all lines and ‘NIL-SCN’ have rhg1 and Rhg4 in common. Top: F₃ seeds selected in 2018. Bottom: F₄ lines in 2019. Controls in 2019 were F₄ lines with or without an ‘NIL-SCN’ fragment that covers this QTL region. Positions of SSR markers. ‘BARCSOYSSR’ (part of the name of some markers) is abbreviated ‘BSSR’. ‘Natto-shoryu’ fragments; ‘NIL-SCN’ fragments. Nearest marker in QTL analysis. Scales (in Mb) are based on the ‘Williams 82’ genome (Wm82.a2). The significance of differences in scores of cyst number of recombinant fixed lines is shown on the right; N = 5.