Asian Journal of Biology

Agroforestry systems (SAFs) are an alternative for sustainable development as they enable the recovery of degraded areas and reduce deforestation, contributing to breaking the cycle of traditional family farming, so common in the Amazon region. The significant appearance of endophytic microorganisms, such as bacteria in cocoa almonds, can benefit its production commonly with fermentative bacteria. The aim of the study was to characterize the microbiota of cocoa beans during the fermentation process. The isolation of bacteria was performed from the collected samples; one of the applied procedures was the scraping of the dried and fermented cocoa almonds. Afterward, aliquots were subcultured in a Petri dish with a culture medium containing Blood agar and MacConkey agar to verify bacteria. Cultures were analyzed by counting colony-forming units (CFU/mL). Molecular analyses and sequencing were utilized to describe the microbial diversity. DNA sequencing and phylogenetic analyzes were performed to emphasize microbial morphology characterization. Gram-negative bacilli (Enterobacter spp. and Citrobacter spp.) and Gram-positive bacilli (Bacillus spp.) were found in cocoa beans after 72 h of fermentation. This work contributed to the characterization of endophytic bacteria in cocoa seeds, enabling in-depth studies of in vitro verification of the potential for biocontrol of these endophytic bacteria in cocoa cultivation.