Trichormus azollae

Trichormus azollae is a filamentous, Gram-negative bacterium characterized by its aerobic metabolism and mobility, facilitated by the presence of flagella. It exists in a symbiotic relationship, which is significant for its ecological role. The bacterium is mesophilic, indicating that it thrives in moderate temperature ranges, although specific temperature values are not provided. The cell arrangement of Trichormus azollae consists of filaments, which can be indicative of its functional adaptations in its ecological niche. This filamentous structure may enhance its ability to interact with its host and the surrounding environment. Notably, Trichormus azollae possesses two replicons, which may reflect its genetic adaptability and potential for diverse metabolic capabilities. The symbiotic relationship of Trichormus azollae is particularly important as it is often associated with the aquatic fern Azolla. This association allows for nitrogen fixation, contributing to the nutrient cycling in aquatic ecosystems and enhancing the growth of its host plant. Thus, Trichormus azollae plays a crucial role in promoting agricultural productivity through its interactions within its ecosystem. Accessions for Trichormus azollae include NC_014248.1 and NC_014249.1, which provide genetic information for further studies on its physiology and ecology. In summary, the filamentous, aerobic nature of Trichormus azollae, combined with its symbiotic relationship, underscores its importance in nutrient cycling and ecological balance in aquatic environments.