SpringerPlus · 2016 · 118 citations · 40 references
AgricultureAgronomyPlant SciencesMicrobial EcologyPlant-microbe InteractionsSeed BiotechnologyBacterial CultivationBacterial IdentificationBacterial SurvivalMicrobial InoculantsPlant Growth-promoting MicroorganismsPlant Growth-promoting RhizobacteriaAmmonia ProductionCrop Growth PromotionGrowth Potential AssessmentGrowth Potential EvaluationMicrobial Isolate ScreeningMolecular CharacterizationPlant Growth AnalysisPlant Growth Inhibition
The present investigation was undertaken to isolate, screen and evaluate a selected promising PGPR Brevibacillus brevis on cotton crop. Out of 156 bacterial isolates one of the most promising isolate was analyzed for the various PGP traits. A seed germination analysis was conducted with cotton seeds to evaluate the potential of the isolate to promote plant growth. The bacterial isolate was checked for its growth and survival at high temperatures. The isolate was also analyzed for the PGP traits exhibited after the heat treatment. To identify the isolate morphological, biochemical and molecular characterization was performed. The isolate was found positive for many of the PGP attributes like IAA, ARA, anti-fungal activity and ammonia production. Effect of seed bacterization on various plant growth parameters was used as an indicator. The isolate showed significant growth and exhibited various PGP traits at high temperature making it suitable as an inoculant for cotton crop. Isolate was identified as Brevibacillus brevis [SVC(II)14] based on phenotypic as well as genotypic attributes and after conducting this research we propose that the B. brevis which is reported for the first time for its PGP potential in cotton, exerts its beneficial effects on cotton crop through combined modes of actions.
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Bergey's Manual of Determinative Bacteriology
F. A. S., R. E. Buchanan, N. E. Gibbons et al. · Taxon · 1975 · 11.4K citations
Two simple media for the demonstration of pyocyanin and fluorescin.
COLORIMETRIC ESTIMATION OF INDOLEACETIC ACID
Solon A. Gordon, Robert P. Weber · PLANT PHYSIOLOGY · 1951 · 2.7K citations · Full text