Genomics-Assisted Breeding for Fusarium Head Blight Resistance in Wheat - Translational Genomics for Crop Breeding: Biotic Stress - page 50

( Continued )

Table 4.1.

Source of
resistance
allele

FHB
reduction
(%) a

Explained
variation
(%)

Main FHB trait
(additional
traits)

Association
with

Phenotyping b Comment c

Chromosome Markers Plant material Reference

1.1 ns Nyu-Bai 3BSc - Xgwm566,

Xwmc231,
Xwmc625,
Xwmc693

plant height

Wuhan 1 2D 35.7 - Xwmc245,

Xgwm608

FHB severity
(kernel
infection, DON
content)

BW301*3/HC374 F. graminearum ,

SPRAY: 2 field
exp.

MAS in BC
lines with 5
markers

McCartney
et al. (2007)

11.9 ns

Nyu-Bai 5AS - Xwmc705

-15.1 ns Nyu-Bai 3BS - Xgwm533,

Xgwm493

Sumai-3 3BSc 21.3 - Xgwm566,

Xwmc307,
Xwmc418

FHB severity
(kernel
infection, DON
content)

98B08*A111/
3*Kanata

F. graminearum ,
SPRAY: 2 field
exp.

MAS in BC
lines with 6
markers

McCartney
et al. (2007)

12.0 ns Sumai-3 5AS - Xgwm154,

Xwmc705,
Xgwm304

plant height

Sumai-3 3BS 25.0

(0-52)

- Xgwm493,

Xbarc133,
Xgwm533

FHB spread
(FHB severity,
kernel
infection)

19 QTL F4:5 NIL
pairs from 13
crosses

F. graminearum,
SPRAY: 2 field
exp., grain spawn:
2 field exp., SFI: 3
controlled
environment exp.

QTL validation
in breeding
lines

Pumphrey
et al. (2007)

Sumai-3 3BS - 46 Xbarc133,

Xgwm493

FHB spread 793 breeding lines

from 82 families

F. graminearum ,
SFI: 1 greenhouse
exp.

Family-based
and
association-
based QTL
mapping, 13
markers

Rosyara
et al. (2009)