Sikhao, Potjana

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Preferred name
Sikhao, Potjana
Alternative Name
Sikhao, P.
Main Affiliation
Email
potjana.si@kmitl.ac.th

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    Determination of mechanical damage on soybean seed by clorox soak test
    (2024-01-01)
    Baikaden, S.
    ;
    Thepchit, K.
    ;
    Buaket, T.
    ;
    Sikhao, P.
    The Clorox soak test was assessed soybean seed damage, proving to be a comfortable and effective method for detection. Among different seed lots, the third lot exhibited the lowest percentage of damaged seeds. Notably, these seeds yielded seedlings with the highest root length, shoot length, and dry weight. Regarding damage levels, both undropped seeds and those dropped two times displayed the highest shoot length and seedling dry weight. Seed vigor assessed through accelerated aging that showed Lot 2 of soybean seeds had the highest vigor across all damage levels.
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    The effectiveness of seed coating with microbial fungicide on controlling seed quality and damping-off disease of tomato
    (2026-01-01)
    Baikaden, S.
    ;
    Sikhao, P.
    ;
    Koohakan, P.
    Microbial seed coating was not significantly influenced germination percentage, germination index, or germination speed under laboratory conditions. Whereas, seeds coated with Trichoderma asperellum and Bacillus subtilis consistently demonstrated to improve seedling emergence and vigor in greenhouse conditions. With respect to disease suppression, coatings seeds with T. asperellum resulted to reduce both the incidence and severity of damping-off disease caused by Pythium torulosum. The lowest disease incidence (30.50%) and severity (17.43%) were observed in seedlings from T. asperellum-coated seeds. These findings highlighted the potential of antagonistic microbial coatings to promote seedling health and provided a sustainable strategy for managing soilborne diseases. This approach is offered a promising complement or alternative to chemical control methods in commercial tomato seedling production.