Investigating the Electroactivity of Salinivibrio sp. EAGSL, through Electroanalytical Techniques and Genomic Insights

Microbial electrochemical technologies are becoming an interest for the community due to their possible applications in wastewater treatment, biosensing, biosynthesis, and bioenergy. Fundamental these is use of electroactive microorganisms as bioelectrocatalysts. Recent studies have aimed elucidate electron transfer strategies microorganisms, with a keen extremophilic bacteria enhanced survivability variable extreme conditions, making them better candidate microbial technologies. Recently, species Salinivibrio sp. EAGSL was isolated from Great Salt Lake, Utah, its anodic respiration capabilities. In this work, electroanalytical techniques offer primary information regarding mechanisms S alinivibrio EAGSL. Additionally, measuring current production over time shows electricity 3 days. insights recently determined genome sequence explanations behavior other metabolisms electrochemistry. By elucidating extracellular pathways sp . EAGSL, pairing genomic methods can provide framework study novel species.