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We previously determined that the Madagascar hissing (MH) cockroach (\textit{Gromphadorhina laevigata}) met
these initial the above noted criteria and
is was a suitable surrogate host for the
facultatively facultative intracellular pathogens \textit{Burkholderia mallei}, \textit{B. pseudomallei}, and \textit{B. thailandensis} \cite{22892068}. Here, we
have extended sought to extend the use of tropical cockroach species as experimental hosts for
other bacterial pathogenesis
studies. studies, including \textit{F. tularensis}. The Orange Spotted (OS) cockroach (Figure 1, \textit{Blaptica dubia} Serville 1839) also meets the above criteria
for as an ideal insect host for pathogenesis studies but is more readily available from commercial suppliers and is more docile compared to the MH cockroach. The OS cockroach does not vocalize like the MH cockroach and it
will usually
will remain in an immobile defensive position when placed on its back. Of interest to researchers who desire to rear their own
animals, host species, the OS cockroach does not climb vertical glass or plastic surfaces, which aids in
constraining containment of the
animals to cockroaches in their rearing containers. In this study, we found the OS cockroach to be a permissive host for \textit{F. tularensis} LVS and the non-pathogenic near-neighbor \textit{Francisella philomiragia} \cite{22628499}. Lethality depended upon the dose of bacteria given, the temperature of incubation, and, interestingly, the developmental stage and gender of the
host animal. cockroach. Intracellular and extracellular bacterial titers increased throughout the course of infection and several mutant strains lacking factors known to be involved in \textit{Francisella} pathogenesis were attenuated. These results demonstrate that the OS cockroach is
an available a viable alternative to mammals and other insect species for the study of \textit{F. tularensis} and possibly other pathogenic
bacteria. bacteria which have a vector-borne stage.