BACKGROUND: The new field of paleomicrobiology allows past outbreaks to be identified by testing dental pulp of human remains with PCR. METHODS: We identified a mass grave in Douai, France dating from the early XVIII(th) century. This city was besieged during the European war of Spanish succession. We tested dental pulp from 1192 teeth (including 40 from Douai) by quantitative PCR (qPCR) for R. prowazekii and B. quintana. We also used ultra-sensitive suicide PCR to detect R. prowazekii and genotyped positive samples. RESULTS AND DISCUSSION: In the Douai remains, we identified one case of B. quintana infection (by qPCR) and R. prowazekii (by suicide PCR) in 6/21 individuals (29%). The R. prowazekii was genotype B, a genotype previously found...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
The new field of paleomicrobiology allows past outbreaks to be identified by testing dental pulp of ...
International audienceEpidemic typhus caused by Rickettsia prowazekii is one of the oldest pestilent...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
The new field of paleomicrobiology allows past outbreaks to be identified by testing dental pulp of ...
International audienceEpidemic typhus caused by Rickettsia prowazekii is one of the oldest pestilent...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
Background: The new field of paleomicrobiology allows past outbreaks to be identified by testing den...
The new field of paleomicrobiology allows past outbreaks to be identified by testing dental pulp of ...
International audienceEpidemic typhus caused by Rickettsia prowazekii is one of the oldest pestilent...