Vibrio anguillarum strain JLL237

Vibrio anguillarum strain JLL237 is a Gram-negative, curved-shaped bacterium that is primarily associated with hosts, particularly Homo sapiens. This strain is classified as heterotrophic, indicating that it derives its energy from organic compounds, and it exhibits facultative anaerobic properties, allowing it to thrive in varying oxygen environments. Morphologically, V. anguillarum JLL237 is found as single cells and demonstrates mobility, which may contribute to its pathogenicity. This strain is known to cause vibriosis, a condition that can have health implications for certain animal hosts, highlighting its relevance in both environmental and clinical contexts. Additionally, V. anguillarum JLL237 is nonsporulating, which influences its survival strategies in different habitats. The strain possesses four replicons, suggesting a complex genetic architecture that may facilitate its adaptability and survival in diverse environments. Its mesophilic temperature range indicates optimal growth at moderate temperatures, which aligns with typical conditions found in aquatic habitats where Vibrio species are commonly isolated. Ecologically, the free-living nature of V. anguillarum JLL237 suggests that it plays a role in aquatic ecosystems, potentially affecting the health of marine organisms and possibly humans through zoonotic transmission of vibriosis. Understanding the traits of this strain can aid in comprehending its ecological interactions and the implications for animal health and public health.