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Passionate Lecturer and
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I'm Abdullah Al Amin (Limon), a passionate
Lecturer and
Full Stack Developer based in Bangladesh. I
combine my love for technology and education to create impactful
digital solutions and empower the next generation of developers.
As the Founder of BigOSofts, I create educational
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Research Publication
Open Access Article
Bacteria 2024
Variations in Morpho-Cultural Characteristics and Pathogenicity of
Fusarium moniliforme of Bakanae Disease of Rice and Evaluation of
In Vitro Growth Suppression Potential of Some Bioagents
Authors
Abdullah Al AminMd. Hosen AliMd. Morshedul IslamShila ChakrabortyMuhammad Humayun KabirMd. Atiqur Rahman Khokon
Department of Plant Pathology & Seed Science and Technology,
Bangladesh Agricultural University, Mymensingh 2202,
Bangladesh
Bakanae is one of the important diseases of rice in Bangladesh
that causes substantial yield loss every year. We collected
thirty isolates of Fusarium spp. from bakanae-infected rice
plants from different agroecological zones of Bangladesh and
investigated the variations in cultural and morphological
characteristics and pathogenicity.
Diversity was found in cultural characteristics, viz., colony
features, phialide, chlamydospore formation, shape, and size
of macro- and microconidia. Three variants of Fusarium species
such as F. moniliforme,
F. fujikuroi, and
F. proliferatum were identified on PDA media
based on their cultural and morphological characteristics.
Isolate FM10 (F. moniliforme) exhibited the highest disease
aggressiveness in developing elongated plants (26.50 cm), the
highest number of chlorotic leaves (5.75), and a lower
germination percentage.
We evaluated different bioagents against the virulent isolate
of F. moniliforme to develop a rice bakanae disease management
approach. Four bioagents, viz.,
Trichoderma spp.,
Bacillus subtilis,
Pseudomonas fluorescens, and
Achromobacter spp., were evaluated for growth
suppression of F. moniliforme.
Among the bioagents, Achromobacter spp. and
B. subtilis (BS21) showed
73.54% and 71.61% growth
suppression, respectively. The investigation revealed that
the application of Achromobacter spp. and B. subtilis (BS21)
would be a potential candidate for effective and
eco-friendly management of the bakanae disease of rice.
Keywords:
Fusarium spp.bakanaepathogenicitybioagentsrice
Published: 29 January 2024
Revised: 13 January 2024
Bacteria 2024, 3(1), 1-14
Research Impact
0Fusarium Isolates Collected
0Fusarium Variants Identified
73.54%Max Growth Suppression
0Bioagents Tested
Special Issue
Interaction between Plants and Growth-Promoting
Rhizobacteria (PGPR) for Sustainable Development
06
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