川麦42和川农16抗穗发芽QTL定位及聚合效应分析
王琴1,2(
),刘泽厚1,2,万洪深1,2,魏会廷2,3,龙海4,李涛4,邓光兵4,李俊1,2(),杨武云1,2()
),刘泽厚1,2,万洪深1,2,魏会廷2,3,龙海4,李涛4,邓光兵4,李俊1,2(),杨武云1,2()
Identification and Pyramiding of QTLs for Traits Associated with Pre-Harvest Sprouting Resistance in Two Wheat Cultivars Chuanmai 42 and Chuannong 16
WANG Qin1,2(),LIU ZeHou1,2,WAN HongShen1,2,WEI HuiTing2,3,LONG Hai4,LI Tao4,DENG GuangBing4,LI Jun1,2(),YANG WuYun1,2()
),LIU ZeHou1,2,WAN HongShen1,2,WEI HuiTing2,3,LONG Hai4,LI Tao4,DENG GuangBing4,LI Jun1,2(),YANG WuYun1,2()
图1. 穗发芽相关性状QTL在8条染色体上的分布
三角形表示峰值所在位置。无填充的三角形表示2016年的QTL,斜线填充的三角形表示2017年的QTL,黑色填充的三角形表示2018年的QTL
Fig. 1. QTLs for PHS related traits on 8 chromosomes
The triangle indicates the position of QTL peak. The unfilled triangles represent QTLs for PHS in 2016, the diagonal filled triangles represent QTLs for PHS in 2017, and the black triangles represent QTLs for PHS in 2018
