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Fusarium graminearium
Fusarium graminearium
F. graminearium
Aspergillus flavus
A. niger
Allernaria spp
Rhizopus spp
Mucor spp
Penicillium spp
Rhizoctonia sp
Trichoderma sp
F. graminearium
F. graminearium
Saccharomyces cerevisiae
Hussein & Slomy , 2012210-Issue): 9543(2) (Special –The Iraqi Journal of Agricultural Sciences DETECTION OF FUSARIUM GRAMINEARIUM IN MAIZE SEEDS AND
DETERMENATION OF ISOLATES PRODUCED TOXIN AND EVALUATING THE
ACTIVITY OF SOME COMPOUNDS AGAINST THE FUNGUS ON CULTURAL MEDIA
H. Z. Hussein A. K. Slomy
Plant Protection Department / College of Agriculture / University of Baghdad
ABSTRACT
This study was conducted to delect the fungus Fusarium graminearum in corn cereals, the
capacity of fungus isolalis to product zeralenon mycotoxion, and the activity of some
compounds against fungal growth on culture media. Samples of corn seeds from; Babel,
Baghdad, Nineue, and Waseete governorate were collected. The cereals were surface sterilized
in sodium hypochlite with sterilized distilled water. The cereal were dried on filter paper and
distributed on potato sucrose Agar (PSA) medium in petriduhes of 9 cm diameter (10 seed /
plate). The petridishes were incubated at 25 ± 2ºc for 5 days the fungi grow were identified to
the genus. Results showed the presence of Fusarium graminearium with many other fungi
including, Mucor spp. Alternaria spp. Penicillium spp. Aspergillus niger, A. flavus, Penicillium
spp. Rhizoctonia spp. Trichoderma spp. assouatid with corn cereal. It was found that 9 of 13
isolatis of F. graminearum produced zeralenone mycotoxin. The addition of urea at 5 %,
Fylax at 0.16 % to the cultural medium inhibited completely the fungal growth (100 %
inhibition) . The magnetic and normal water caused an inhibition of 30.1 and 10.8 % to fungal
growth respectively. No effect on the fungal growth was observed by activated bentonit to,
kaolenite and Sacchromyas cerevistae powder extract.
Zea mays L.
1
(
Fusarium
Ear rot
Fusarium
Bankole
Adebanjo2003;www.fao.org/wairdocs
Fusarium
Phenolic Resorcyclic
cerealis
Fusarium
F.culmorum
F.equisetiF.graminearum
Gibbreella zeaeF.semitectum
α-zearalenolß-
zearalenol
FSHLH
El-kadyEl-maraghy
Fusarium
PSA
FuskeyFusarium
Fusarium
Fusarium
Fusarium
Wharman N 0.2
USDA , ARS, CG & PRU, P.O.Box
345, Stoneville MS 38776, USA
mg / ml
Misrosyringe
TLCWhatmann
UV prod INC. USA.
RF
RF
RF
TLCUV
TLC
Saccharomyces cerevisiae
16
F.
graminum
Aspergillus flavusA.niger Aspergillus spp.
AlternariaFusarium sppsp
Mucor
Penicillium sppspp
RhizoctoniaRhizopus
sppspp
Trichoderma
Aspergillus40.6
A. flavus37.8A. niger2.1
Aspergillus spp.0.7Fusarium
13.5
Penicilliium 4
Alternaria MucorRhizoctoniaRhizopus
Trichoderma2.30.3
0.61.231
A. flavus
Fusarium
Aspergillus
205206–2005
Aspergillusº26
º35
A. flavus
1248
ºLipids
A. flavusCouncil for
Agricultural Science and Technology)2003
FakhouryWoloshunk1999
FusariumA. flavus
Fusarium
Fusarium
F. verticilloides
Fusarium 1998
20052006
Rheeder1990
1
1
Aspergillus flavus
2 416
53
37.8
A.niger
5791214
8
2.1
Aspergillus spp.
1681216
5
0.7
Alternaria spp.
1381115
12
2.3
Fusarium spp.
1111415
27
13.5
Mucor spp.
2 516
2
0.3
Penicillium spp.
13 121315
7
Rhizopus spp.
6 81112
6
1.2
Rhizoctonia spp.
2 41014
4
0.6
Trichoderma spp.
2671113
3
0.6
Fusarium
TLC
Fusarium
Zen
Rf
Standard
WyllieMorhouse1977
69.2
1979)10
Fusarium15
66.61369.2
1979
Fusarium
171114
Caldwell1970Wolf
Mirocha1973
Perithecia
Gibberella zeaeF.
graminearum Zen
Dichloros
Zen
FCC1F. verticilloides
FB1
Fusarium
Fusarium
A. flavusF.
moniliforme
F. moniliforme
30.1
pH
pH
H2O2 )
Pan
Candida albicans
Anonymous
Agaricus bisporus
0.3PDA
33
Fungal Skin
DieseaseMarselisborg
United States Patent 20010013495
Zen
F. graminearum
PDA
100
100
S. cerevisiae
30.1
10.8
L.S.D.
0.01P
53.11
2002
2005
T-2
1979
1986
2004
A
1977
1999
B1
2000
1998
B1
Fusarium moniliforme
2000
2006
1979
Zearalenone
1998
2006
a 1996
b 2006
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