Skip to main content
. 2003 Feb 25;100(5):2489–2494. doi: 10.1073/pnas.252763199

Table 2.

Putative DSFs in wild emmer wheat, T. dicoccoides

DSF Chr. Involved QTLs Map location interval Position, cM Chr. reference*
DSF1 1B KNP, YLD, GWH, SNP, SWP Xgwm273a-Xgwm403a 68.6  ± 8.8 (H) 1BS (38)
75.3  ± 10.6 (L)
DSF2 1B KNP, KNS, KNL, YLD, SNP, SLS, SWP, SSW Xgwm124-P57M52u 133.9  ± 22.8 (H) 1BL (38)
132.3  ± 19.4 (L)
DSF3 2A KNP, KNS, YLD, HD, SNP, SWP Xgwm630c-Xgwm294 150.8  ± 31.4 (H) 2AI (39)
200.0  ± 28.2 (L)
DSF4 2A KNP, KNS, KNL, YLD, GWH, SLS, SSW, SWP Xgwm294-Br 216.8  ± 11.8 (H) 2AL (39)
252.1  ± 11.7 (L)
DSF5 3A KNP, KNS, KNL, YLD, SSW, SWP Xgwm218-Xgwm638 148.1  ± 28.4 (H) 3AS (40)
99.7  ± 27.8 (L)
DSF6 5A KNP, KNS, KNL, YLD, HT, SLS, SSW, SWP Xgwm154-P56M50m 72.5  ± 12.6 (H) 5AL (37, 41)
78.8  ± 26.7 (L)
DSF7 5A All traits Xgwm186-P56M53c 144.2  ± 29.3 (H) 5AL (41)
160.2  ± 31.0 (L)

DSF, domestication syndrome factor. Chr, chromosome. QTL is represented by the trait names, and italics indicate the QTLs revealed by linked-QTL analysis, otherwise by single-QTL analysis. The first figure indicates the distance from the top of the corresponding chromosome, and the second indicates the interval length. 

*

Corresponding gene-rich region in breadwheat.