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. 2019 Oct 4;133(1):239–257. doi: 10.1007/s00122-019-03454-6

Table 2.

QTL for grain yield and thousand grain weight in Excalibur/Kukri DH population

Chr QTL Flanking markers QTL peak Term P value QTL effect
Grain yield kg/ha
1A QYld.aww-1A X3021844–gwm0558 45.2–46.8 Main effect < 0.001 15.3
1B QYld.aww-1B.1 X1134677–X1054439 60.2–66.1 Q * E < 0.01 − 274 to 173
1B QYld.aww-1B.2 X2263055–X1061145 84.2–84.9 Main effect < 0.01 14.5
1B QYld.aww-1B.3 Xwmc0830–Xpsp3100 105.3–110.5 Q * E < 0.01 − 240 to 127
1D QYld.aww-1D X2243386–1126683 70.3–84.1 Q * E < 0.01 − 305 to − 113
2A QYld.aww-2A.1 X1128252–X985175 0–2.4 Main effect < 0.01 − 11.1
2A QYld.aww-2A.2 X1051900–X1072243 71.8–72.5 Q * E < 0.001 − 79 to 395
2A QYld.aww-2A.3 Xwmc0602–X1131447 103.6–105.7 Q * E < 0.01 − 61 to 121
2B QYld.aww-2B.1 X3064619–X100005743 9.1–16.4 Q * E < 0.0001 − 175 to 200
2B QYld.aww-2B.2 X1075921–X3021359 52.2–52.9 Main effect < 0.01 11.3
2B QYld.aww-2B.3 X1102573–X1010970 70.4–71 Q * E < 0.0001 37–238
2D QYld.aww-2D.1 X2242328–X991014 19.4–28.2 Q * E < 0.001 38–323
2D QYld.aww-2D.2 wPt3728–wPt0638 38.9–40 Main effect < 0.0001 25.3
2D QYld.aww-2D.3 wPt1301–X100006360 76.2–76.3 Q * E < 0.01 − 335 to 62
3A QYld.aww-3A.1 X2254081–X1086149 63.3–64.3 Q * E < 0.001 − 126 to 194
3A QYld.aww-3A.2 X1132581–X1014677 85.8–86.5 Q * E < 0.01 225–315
3A QYld.aww-3A.3 X1026080–991604 157.5–158.8 Main effect < 0.01 − 16.1
3B QYld.aww-3B X989831–X1207987 2–2.6 Main effect < 0.01 − 13.1
3DSL QYld.aww-3DSL 1056891–wPt6262 48.1–59 Q * E < 0.01 61–104
4A QYld.aww-4A.1 X979934–X1042486 53.5–56 Main effect < 0.0001 19.9
4A QYld.aww-4A.2 X3064552–X1125529 130–142.7 Q * E < 0.0001 − 580 to − 34
4B QYld.aww-4B gwm0495–ksm0154 43.4–45.5 Q * E < 0.0001 − 449 to 507
4D QYld.aww-4D X2256312–X1022538 8–14.7 Q * E < 0.01 − 471 to 24
5A QYld.aww-5A.1 X1097973–X978326 77.7–79.6 Q * E < 0.01 − 338 to 229
5A QYld.aww-5A.2 Vrn1A–X1264710 125.5–126.2 Q * E < 0.0001 − 521 to − 22
5B QYld.aww-5B.1 X1032121–X3026027 115.1–115.9 Main effect < 0.0001 29.7
5B QYld.aww-5B.2 X3020443–X2261812 139.8–143.1 Q * E < 0.0001 − 561 to − 36
6B QYld.aww-6B X996294–X1220113 0–1.9 Main effect < 0.01 15.2
6DLbot QYld.aww-6DLbot X2244522–X990024 14.3–17.2 Main effect < 0.0001 − 17.5
6DLtop QYld.aww-6DLtop X3028493–X995315 3.7–5.2 Main effect < 0.01 − 17.5
7A QYld.aww-7A.1 barc1055–1246868 45.1–56.3 Q * E < 0.0001 − 517 to 1324
7A QYld.aww-7A.2 X1116135–9K6004 99.4–100.7 Q * E < 0.0001 − 457 to 357
7A QYld.aww-7A.3 X2262955–wmc633 129.2–137.6 Main effect < 0.001 25.3
7A QYld.aww-7A.4 X2341144–X987692 171.5–174.5 Q * E < 0.0001 − 814
7B QYld.aww-7B X987292–X1083752 6.8–29.2 Q * E < 0.01 36–163
7DS QYld.aww-7DS.1 WPT2551–WPT0366 0–1.1 Q * E < 0.001 33–68
7DS QYld.aww-7DS.2 WPT5049–gdm0088 1.8–25.4 Main effect < 0.01 21.8
7DSL QYld.aww-7DSL X3022993–stm0789tcacD 13.6–21.1 Q * E < 0.01 − 218 to 235
Thousand grain weight g
1B QTgw.aww-1B X1005607–X2263979 100–100.2 Main effect < 0.001 0.4
1D QTgw.aww-1D.1 wPt1799–1129001 88.7–102.5 Main effect < 0.001 0.4
1D QTgw.aww-1D.2 X988357–X1108800 133.9–135.3 Q * E < 0.001 − 1 to 3
2A QTgw.aww-2A.1 X1133336–X1056356 24.9–30.5 Q * E < 0.001 − 2 to 2
2A QTgw.aww-2A.2 X2277859–X2256686 45.9–50.1 Q * E < 0.001 − 2 to − 1
2A QTgw.aww-2A.3 X1132500–X1094923 83.4–84.8 Main effect < 0.01 − 0.3
2A QTgw.aww-2A.4 X1061775–X1038091 110.2–111.5 Main effect < 0.01 − 0.3
2B QTgw.aww-2B.1 X1022997–X1082017 67.2–67.8 Main effect < 0.0001 0.6
2B QTgw.aww-2B.2 X2266150–X990132 78.2–78.8 Q * E < 0.001 1–2
2D QTgw.aww-2D X1086964–X1046316 69.7–70.5 Q * E < 0.001 1–4
2DS QTgw.aww-2DS X1162627–X1128261 2.6–4.3 Main effect < 0.0001 − 0.4
3A QTgw.aww-3A.1 X1130383–wPt9562 96.5–97.2 Q * E < 0.001 − 1 to 2
3A QTgw.aww-3A.2 cfa2170–X1205035 123.2–123.9 Q * E < 0.001 − 1 to 4
3DL QTgw.aww-3DL X1234793–X3026282 1.3–1.9 Q * E < 0.0001 − 5 to 1
3DSL QTgw.aww-3DSL X1109431–wPt2313 0–7.4 Q * E < 0.001 − 3 to 2
4A QTgw.aww-4A.1 X3020781–X1072050 51.3–51.5 Main effect < 0.01 0.3
4A QTgw.aww-4A.2 X1242399–X3064552 124.4–130 Q * E < 0.0001 − 3 to − 1
4B QTgw.aww-4B.1 wmc0047–wmc0349 22.1–23.5 Q * E < 0.01 − 2 to 5
4B QTgw.aww-4B.2 ksm0154–DuPw0036 45.5–72.7 Q * E < 0.001 − 2 to 6
4D QTgw.aww-4D X1004846–X1161775 35.2–37.8 Main effect < 0.0001 − 0.4
5A QTgw.aww-5A.1 wPt9887–X1094095 23.3–35.8 Q * E < 0.01 − 3 to 1
5A QTgw.aww-5A.2 wPt8226–X1070217 81.8–83.1 Q * E < 0.01 − 2 to 1
5A QTgw.aww-5A.3 X1061673–X1093737 103.2–111 Q * E < 0.001 − 2 to 1
5A QTgw.aww-5A.4 X1135154–Vrn1A 123.6–125.5 Q * E < 0.01 − 2 to 2
5B QTgw.aww-5B.1 X3023130–X1217242 128.2–130.2 Q * E < 0.01 − 2 to − 1
5B QTgw.aww-5B.2 X1227599–X1240475 146.9–161.5 Q * E < 0.01 − 2 to 1
5DSL QTgw.aww-5DSL cfd0019–5D–X1102031 94–96.2 Q * E < 0.01 − 2 to 2
6A QTgw.aww-6A.1 X1081530–GW2 40.1–43.3 Q * E < 0.001 1–2
6A QTgw.aww-6A.2 stm0544acag–X1325639 58.2–66.1 Q * E < 0.001 1–2
6B QTgw.aww-6B X1075699–wPt5408 39.1–39.9 Q * E < 0.01 1–2
7A QTgw.aww-7A.1 1246868–X1228158 56.3–56.9 Q * E < 0.0001 1–4
7A QTgw.aww-7A.2 X3064804–barc0070 85.1–85.7 Q * E < 0.0001 1–3
7A QTgw.aww-7A.3 9K6680–X2262955 126.6–129.2 Q * E < 0.001 − 1 to 1
7B QTgw.aww-7B.1 X987292–X1083752 6.8–29.2 Q * E < 0.01 − 2 to 1
7B QTgw.aww-7B.2 X981613–X2279417 59.6–64.8 Main effect < 0.01 − 0.3
7B QTgw.aww-7B.2 BSm3603_7B–wPt6156 109.9–110.6 Q * E < 0.001 1–3
7DS QTgw.aww-7DS X1103334–barc0092 50.2–52.3 Main effect < 0.01 − 0.4
7DSL QTgw.aww-7DSL stm0789tcacD–wPt0789 21.1–29.1 Main effect < 0.01 − 0.2

P value is derived from the Wald test for the effect indicated by Term (QTL main effect or QTL by environment interaction Q * E). QTL effect is the estimate of the effect indicated by Term, with a range of the estimates per environment that were significantly different from zero shown for Q * E effect (confidence interval of the estimate calculated as CI = estimate ± 1.96 * SE). Positive number shows allelic effect from Excalibur, negative number from Kukri