Table 4 Some important MQTLs and their flanking markers, selected and described as breeders’ MQTLs [three MQTLs (MQTL20-2B, MQTL24-2D and MQTL18-2B) were classified into more than one categories and were therefore counted only once].

From: Meta-QTLs and candidate genes for stripe rust resistance in wheat

Important MQTLs (PVE%, stage of resistance, overlapped Yr genes)

Flanking markers

Important features

MQTL10-2A (45.00,APR)

wmc382—wpt-7024

Pathogen races ≥ 3; QTL ≥ 3 and traits ≥ 2

MQTL20-2B(40.26,APR + HTAP)

Excalibur_c5482_790—Excalibur_c26527_330

MQTL24-2D(47.20,APR)

BS00093760_51—BS00066960_51

MQTL40-4B(48.50,APR)

Tdurum_contig55414_154—Tdurum_contig56458_594

MQTL18-2B (Yr72,APR + HTAP + ASR)

wpt-7026—kukri_c12117_134

PVE > 20%; number of pathogen races, initial QTL and traits, each ≥ 3 with co-located Yr genes

MQTL19-2B (APR + HTAP; Yr43,Yr44,Yr53,Yrsp,)

Bobwhite_c43708_93—Excalibur_c63327_110

MQTL20-2B (APR + HTAP; Yr43, Yr72,)

Excalibur_c5482_790—Excalibur_c26527_330

MQTL24-2D (APR; Yr16,)

BS00093760_51—BS00066960_51

MQTL4-1B (APR + HTAP) and MQTL5-1B (APR + HTAP + ASR)

wsnp_JD_c19419_17536513—GENE-0129_123

Closely linked MQTL (MQTLs falling in same physical interval and cM ≤ 15 cM)

MQTL14-2B (APR) and MQTL15-2B (APR)

wpt-8460—GENE-0641_239

MQTL17-2B (APR + HTAP) and MQTL18-2B (APR + HTAP + ASR)

BS00109853_51—kukri_c12117_134

MQTL53-6B (APR + HTAP) and MQTL54-6B(APR + HTAP)

Tdurum_contig32579_121—Excalibur_c57840_227

  1. PVE phenotypic variance explained, APR adult plant resistance, HTAP high temperature adult plant resistance, ASR all stage resistance.