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Fusarium spp. Associated With Leaf Blight of Hosta ( Hosta plantaginea L.) in China
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ABSTRACT
Hosta (
Hosta plantaginea
L.) is a perennial herbaceous plant belonging to the family Liliaceae. It is widely cultivated for its decorative foliage and dainty, colourful flowers.
Fusarium
is a globally prevalent plant pathogen. During 2020–2021, 116
Fusarium
isolates were isolated from 300 hosta leaf blight samples collected from eight cities in China, and 65 representative isolates we selected for further study. The 65 isolates were identified based on the concatenated sequences of the
tef1
and
rpb2
genes, which grouped them into 12
Fusarium
species, including
F. acuminatum
(27.59%),
F. verticillioides
(15.52%),
F. oxysporum
(10.34%),
F. armeniacum
(10.34%),
F. ipomoeae
(8.62%),
F. proliferatum
(6.9%),
F. subglutinans
(6.9%),
F. humuli
(3.45%),
F. petersiae
(3.45%),
F. brachygibbosum
(3.45%),
F. graminearum
(1.72%), and
F. compactum
(1.72%). Pathogenicity tests demonstrated that all
Fusarium
isolates exhibited high pathogenicity towards hosta leaves. Whereas in
F. proliferatum
isolates were found to be the most pathogenic. All
Fusarium
species obtained in this study are first reported as the causal agents of hosta leaf blight in China except
F. oxysporum
and
F. ipomoeae
. The current research offers insights into disease management, phylogenetic relationships amongst
Fusarium
species and the diversity of
Fusarium
species associated with hosta leaf blight.
Title: Fusarium
spp. Associated With Leaf Blight of Hosta (
Hosta plantaginea
L.) in China
Description:
ABSTRACT
Hosta (
Hosta plantaginea
L.
) is a perennial herbaceous plant belonging to the family Liliaceae.
It is widely cultivated for its decorative foliage and dainty, colourful flowers.
Fusarium
is a globally prevalent plant pathogen.
During 2020–2021, 116
Fusarium
isolates were isolated from 300 hosta leaf blight samples collected from eight cities in China, and 65 representative isolates we selected for further study.
The 65 isolates were identified based on the concatenated sequences of the
tef1
and
rpb2
genes, which grouped them into 12
Fusarium
species, including
F.
acuminatum
(27.
59%),
F.
verticillioides
(15.
52%),
F.
oxysporum
(10.
34%),
F.
armeniacum
(10.
34%),
F.
ipomoeae
(8.
62%),
F.
proliferatum
(6.
9%),
F.
subglutinans
(6.
9%),
F.
humuli
(3.
45%),
F.
petersiae
(3.
45%),
F.
brachygibbosum
(3.
45%),
F.
graminearum
(1.
72%), and
F.
compactum
(1.
72%).
Pathogenicity tests demonstrated that all
Fusarium
isolates exhibited high pathogenicity towards hosta leaves.
Whereas in
F.
proliferatum
isolates were found to be the most pathogenic.
All
Fusarium
species obtained in this study are first reported as the causal agents of hosta leaf blight in China except
F.
oxysporum
and
F.
ipomoeae
.
The current research offers insights into disease management, phylogenetic relationships amongst
Fusarium
species and the diversity of
Fusarium
species associated with hosta leaf blight.
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