Bioprospecting osmotolerant phyllosphere bacteria: functional characterization and biotechnological application for enhanced nutrient use efficiency in solanum crops
Aug 2026· World Journal of Microbiology & Biotechnology· Vol 42· 0 citations· 73 references
Medicine
TL;DR
The targeted foliar application of indigenous osmotolerant epiphytes offers a highly effective and ecologically sustainable approach to significantly reduce synthetic fertilizer dependency while enhancing crop resilience, vegetative growth, and pathogen defense.
This study introduces L. aquatilis strain MC3 as an emerging candidate for bioinoculant development and one of the first reports for identification of L. aquatilis as multifunctional PGPR from Himalayan ecosystems.
S. Devi, Riya Chandel, D. Thakur et al.· Frontiers in Systems Biology· 0 citations
Megathyrsus maximus (Guinea grass) is an important forage species for livestock production, whose productivity has been adversely affected by the excessive use of chemical fertilizers. The objective of this study was to isolate and characterize plant growth-promoting bacteria (PGPB) associated with the rhizosphere of M...
Juan Pablo Avellaneda Vázquez, Karina Gabriela Martinez Lara, Karelys Edith Hidalgo Mendoza et al.· Multidisciplinary Collaborat...· 0 citations
The biotechnological potential of Mycobacterium agroflorensis as a promising microbial bioinput for sustainable agriculture is highlighted, supporting future studies aimed at field validation and the development of innovative biofertilizers for environmentally responsible crop production.
Luís Dias Ferreira Soares, Zilmar Timóteo Soares, Aarão Felipe Ataídes Lima et al.· ARACÊ· 0 citations
A possible synergistic interaction between micropropagated potato plants and the bacterial strains evaluated is suggested to suggest the use of beneficial microorganisms during the acclimatization and hardening of micropropagated potato plants.
Nadia Martínez-Barrientos, B. Murillo-Amador, Nayelli A. Vidal Martínez et al.· REVISTA TERRA LATINOAMERICAN...· 0 citations
Bacterial inoculation improved plant development and demonstrated promising potential for application in sustainable agricultural systems, highlighting the biotechnological potential of M. agroflorensis as a candidate for the development of agricultural bioinputs, contributing to low-carbon agriculture and advancing re...
Luís Dias Ferreira Soares, Zilmar Timóteo Soares, Aarão Felipe Ataídes Lima et al.· Revista ft· 0 citations
Biofertilisers are promoted as low-input tools for increasing legume productivity, yet the category encompasses biologically distinct interventions whose field performance is not equally reliable. This critical narrative review evaluates whether microbial inoculants increase the productivity of grain and forage legumes...
Manju M. George· Asian Soil Research Journal· 0 citations
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