A new species of electrically conductive bacteria, Candidatus Electrothrix yaqonensis, has been discovered on an Oregon beach. This cable bacteria species connects rod-shaped microbes to form long filaments, showcasing unique metabolic functions. The species is notable for its thicker outer shell ridges, reaching 228 nanometers, suggesting a physical divergence from previously known bacteria. It is classified in a lineage bridging two known genera. The discovery may enhance understanding of cable bacteria evolution and their ecological adaptability in various aquatic environments.
Candidatus Electrothrix yaqonensis, discovered in Oregon, represents a new species of cable bacteria that demonstrates unique electrical conductivity and distinct structural characteristics.
Our findings suggest that Candidatus Electrothrix yaqonensis could illuminate evolutionary pathways of cable bacteria, revealing their adaptability to diverse environments.
This new species features significantly thicker outer shells with spiral ridges, indicating a divergence in physical characteristics among cable bacteria.
This species was classified within the Candidatus Electrothrix lineage, bridging gaps in our understanding of bacterial evolution and environmental interaction.
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