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Plant Growth-Promoting Rhizobacteria (PGPR) of the genus Bacillus are useful as biological control agents by synthesizing and releasing different metabolic antimicrobial compounds such as surfactin, fengycin, hydrocyanic acid, pyrrolnitrin, dimethylhexadecylamine, phenazines and others; however, the antifungal mechanism and the application of these compounds to protect wood-based materials are still not known. Wood is a lignocellulosic material that is an important source of carbon for insects, bacteria and fungi which have the potential to degrade it and generate significant economic losses. In the agricultural system, the control mechanisms offered by the PGPR have been an environmentally sustainable alternative to the use of eco-toxic compounds; nonetheless, this strategy has not been adopted in the wood preservation industry. That is why bacterial metabolites can represent a biotechnological option to control the deterioration caused by decay fungi. To test the above, we used isolates of xylophagous fungi identified using 18S rRNA gene sequences. In an in vitro system, we confronted fungal isolates to already identified PGPR Bacillus megaterium UMCV1, B. subtilis BS-MIA02 and other Bacillus spp. (BA, SS and BM), we selected the

Protective effect on wood by metabolic extracts from plant growth-promoting rhizobacteria against decay fungi