Jul 2026· World Journal of Microbiology & Biotechnology· Vol 42· 0 citations· 83 references
Medicine
TL;DR
It is demonstrated that artificially constructed SynComs enhance strawberry productivity and disease resistance through their direct functional effects and by reshaping the rhizosphere microbial community restructuring, providing valuable candidate microbial resources and a theoretical basis for future strawberry microbe-assisted cultivation.
A functionally diverse seed endophytic community with complementary roles in plant growth and disease suppression is revealed and rational selection and combination of complementary strains, particularly N. cucumis WSSR17 (growth promotion), C. erzurumensis WSSR11 (biocontrol), and P. poae WSSR12 (multifunctional nutri...
Indigenous rhizospheric Streptomyces possess complementary plant growth-promoting and biocontrol characteristics that support their use as multifunctional bioinoculants.
Findings indicate that the tested actinomycetotal strains improved specific plant traits under both controlled and open-field conditions, and moreover align with changes on metabolite profiles.
Silvia La Scala, Sara Amata, T. Faddetta et al.· Microbiology Research· 0 citations
Collectively, SynComs coordinately enhanced onion quality via optimizing soil conditions and reshaping microbial assemblages, providing theoretical support for the microbial restoration of arid agricultural soils.
Hai-Fei An, Zhe-Ya Chen, Cheng-Dong Zhou et al.· Journal of Agricultural and...· 0 citations
Rice production faces increasing pressure from pathogens and declining soil quality, creating the need for sustainable biological protection strategies. This study evaluated the functional roles and interaction mechanisms of rhizosphere microbial consortia in improving rice resistance and growth through a systematic li...
Fita Dewi Yuniar, Hafizhah Al Amanah, Ahmad Yani et al.· IOP Conference Series: Earth...· 0 citations
The results demonstrate the potential of B. subtilis UCBF11 and B. thuringiensis UCBF2 as biological control agents against F. oxysporum in strawberry crops and show modifications in the structure of bacterial and fungal communities among treatments.
Iván Darío Otero Ramírez, Sandra Magally Sánchez Trujillo, Iván Enrique Paz Narváez et al.· Frontiers in Microbiology· 0 citations
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