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. 2019 Mar 26;20:38. doi: 10.1186/s12863-019-0736-x

Table 3.

Summary of quantitative trait loci for stripe rust resistance identified at the adult plant stage among 93 northern Chinese wheat landraces

QTL Name Trait Env.a Marker Position (cM)b −log10(P) R2 Reported QTL/genesc Intervald Reference
QYr.sicau-1B DS 2016C 1,254,926 74.85 3 0.15 Qyr.wpg-1B.2 IWA63-IWA2707 Naruoka et al. [44]
QYr.cau-1BS Xgwm264-Xwmc230 Quan et al. [45]
QYr.sicau-2D DS 2017 M 1,112,673 84.89 3.22 0.18 QYr.caas-2DL Xcfd44-wPt-6752 Ren et al. [46]
QPst.jic-2D Xgwm539-Xgwm349 Melichar et al. [47]
QYr.sicau-3A IT 2016 M 1,131,042 34.17 3.26 0.18 wPt-6422-wPt-7890 Rosewarne et al. [48]
QYr.sicau-3B.1 IT 2016 M 7,491,774 3.62 0.2
QYr.sicau-3B.2 IT 2016 M 3,027,061 9.02 4.13 0.24
QYr.sicau-3B.3 DS 2017 M 1,201,570 52.89 3.2 0.18
QYr.sicau-4A.1 DS&IT 2016 M 990,726 47.09 3.28 0.15 New
2016 M 990,726 47.09 3.14 0.14
QYr.sicau-4A.2 IT 2016 M 3,026,448 119.65 4.33 0.25 QYrst.orr-4AL wPt-7924-rPt-7987 Dolores et al. [49]
QYr.sicau-4A.3 IT 2016C 4,406,922 132.76 3.6 0.2 QYrst.orr-4AL wPt-9901-wPt-0032 Dolores et al. [49]
IT 2016 M 4,406,922 132.76 5.75 0.34 QYrid.ui-4A wPt-6603-wPt-2151 Chen et al. [50]
QYr.sgi-4A.1 wPt-4620-Xwmc219 Prins et al. [51]
QYr.sicau-5A IT 2016C Xwmc410–3 3.02 0.13 QYr.caas-5AL Xwmc410-Xbarc261 Lan et al. [52]
QYr.sicau-5B.1 DS 2017C Xbarc172–7 3.32 0.16
QYr.sicau-5B.2 DS 2017 M 6,026,919 3.09 0.17
QYr.sicau-5B.3 DS 2017 M 3,533,933 58.79 3.3 0.18 QYrdr.wgp-5BL.1 iwa2365-iwa2093 Hou et al. [53]
QYrdr.wgp-5BL.2 iwa3025-iwa5803 Hou et al. [53]
QYr.sun-5B wPt-3661-wPt-1733 Bariana et al. [55]
QYrco.wpg-5B iwa5488-wPt-6135 Case et al. [54]
QYr.sicau-5B.4 DS 2017 M 3,385,066 3.26 0.18
QYr.sicau-5B.5 DS 2017 M 1,270,827 131.85 3.19 0.18 QYrdr.wgp-5BL.1 iwa2365-iwa2093 Hou et al. [53]
QYrdr.wgp-5BL.2 iwa3025-iwa5803 Hou et al. [53]
QYr.sicau-5D IT BLUE_ALL 1,099,801 3.55 0.19
QYr.sicau-6A.1 IT 2016 M 1,204,251 36.52 3.16 0.18 New
QYr.sicau-6A.2 DS 2017 M 1,695,635 87.39 3.83 0.21 New
DS 2017 M 3,955,268 87.60 3.29 0.18
QYr.sicau-6A.3 DS 2017 M Xgwm169–4 4.35 0.25 New
DS 2017 M Xgwm169–9 3.15 0.17
QYr.sicau-6B DS 2017 M 3,025,054 31.19 3.34 0.18 Yr78 Xwmc737-IWA7257 Dong et al. [56]
DS 2017 M 1,074,322 26.85 3.69 0.21 QYrst.wgp-6BS.2 Xgwm132-Xgdm113 Santra et al. [57]
QYr.sicau-6D IT 2016C Xcfd95–2 3.15 0.13 QYr.ufs-6D Xgwm325-Xbarc175 Agenbag et al. [58]
YrH9020a Xbarc202-Xbarc96 Liu et al. [59]
QYr.sicau-7B IT BLUE_ALL 5,010,940 3.41 0.15
QYr.sicau-7D.1 DS 2017 M 995,958 65.83 4.12 0.23 New
BLUE_ALL 995,958 65.83 3.16 0.17
QYr.sicau-7D.2 DS 2016 M 1,095,389 94.32 3.54 0.16 New
993,762 97.09 3.54 0.16
QYr.sicau-7D.3 IT BLUE_ALL 4,004,033 3.13 0.17

a Four environments in this study, where 2016M = 2016 Mianyang, 2016C = 2016 Chongzhou, 2017M = 2017 Mianyang, 2017C = 2017 Chongzhou; BLUE_ALL was obtained across environments considering genotypes as a fixed effect in the model

b The markers were positioned on the DArT-seq consensus map version 4.0 provided by Diversity Arrays Technology (https://www.diversityarrays.com)

c Yr genes or QTL reported in previous studies, “-” indicates the QTL detected in the present study that could not be localized on the integrated map, “New” indicates the QTL detected in the present study that have not been reported preciously

d The interval of the reported QTL or genes on the integrated map of previously reported stripe rust resistance genes and QTL (Additional file 6)