Salmonella enterica strain MOD1-Lipp-451

Salmonella enterica strain MOD1-Lipp-451 is a Gram-negative microbe exhibiting a spirilla shape and capable of forming chains or existing as single cells. This strain thrives optimally at 37.0°C, which aligns with the typical body temperature of many host organisms, suggesting a strong association with host environments. As a chemoorganotroph, MOD1-Lipp-451 derives its energy from organic compounds, further supporting its adaptation to host-associated habitats where organic substrates are readily available. Additionally, this strain is microaerophilic, indicating that it requires a low concentration of oxygen for optimal growth. This oxygen requirement may reflect its ecological niche within host systems, where oxygen levels can be lower than atmospheric concentrations, allowing it to exploit specific microenvironments. The combination of its morphological characteristics, optimal growth temperature, and metabolic capabilities suggests that Salmonella enterica strain MOD1-Lipp-451 is well-adapted to persist in host-associated environments, potentially engaging in complex interactions with its host and surrounding microbiota. This adaptability highlights the potential for strain MOD1-Lipp-451 to play a role in the intricate dynamics of host-associated microbial communities.