Genomics-Assisted Breeding for Fusarium Head Blight Resistance in Wheat - Translational Genomics for Crop Breeding: Biotic Stress - page 52

( 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

26.0 ns Wangshuibai 4B - Xbarc180-

Xbarc117-
Xgwm415-
Xgwm304-
Xmag3794

FHB spread Nanda2419/

Wangshuibai//
3*Mianyang
99-323

F. graminearum,
SFI: 2 exp.

marker-assisted
NIL
development
for individual
QTL

Xueetal.
(2010)

25.5 ns

Wangshuibai 5A - Xbarc20-

Xgwm513-
Xgwm192-
Xgwm149-
Xcdf22-
Xwmc349

Wangshuibai 3BS 84.0 - Xgwm389-

Xgwm533-
Xbarc147-
Xgwm493

Nanda2419 2B 78.7 - Xwmc474-

Xwmc499

CM-82036 3BS 15.9 - Xgwm389,

Xgwm533,
Xbarc133

FHB severity two BC 3 derived

populations in two
winter wheat
recurrent paretns

F. culmorum,
SPRAY: 10 field
exp.

QTL validation
in BC lines

Vo n d e r O h e
et al. (2010)

CM-82036 5A 24.4 - Xgwm304a

and
Xgwm156

CM-82036 3BS + 5A 32.4 -

CM-82036 3BS 35.0 - Xgwm533,

Xbarc133,
Umn10,
Xgwm493

FHB severity 15 BC 2 derived

families in 9
winter wheat
recurrent parents

F. graminearum,
SPRAY: 3 field
exp. & F.
culmorum,
SPRAY: 3 field
exp.

QTL validation
in BC families

Salameh
et al. (2011)