Temperature Affects the Host Range of Rhabdochlamydia porcellionis
Bastian Marquis, Silvia Ardissone, Gilbert Greub
Abstract
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Bastian Marquis, Silvia Ardissone, Gilbert Greub
Abstract
Open-access reader
family, cannot grow at 37°C and is quickly inactivated at this temperature. A similar temperature sensitivity was also observed for elementary bodies of chlamydial species adapted to mammals. Our work demonstrates that chlamydiae adapt to the temperature of their reservoir, making a jump between species with different body temperatures unlikely.
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family, cannot grow at 37°C and is quickly inactivated at this temperature. A similar temperature sensitivity was also observed for elementary bodies of chlamydial species adapted to mammals. Our work demonstrates that chlamydiae adapt to the temperature of their reservoir, making a jump between species with different body temperatures unlikely.
Key concepts: Chlamydiae, Obligate, Phylum, Biology, Intracellular parasite, Bacteria, Range (aeronautics), Obligate parasite