Porphyromonas: A neglected potential key genus in human microbiomes

Anaerobes form a large part of microbial communities, and have begun to be specifically studied in both healthy and pathologic contexts. Porphyromonas is one of the top ten anaerobic taxa in the microbiome (anaerobiome) in healthy subjects. However, to date, most studies focused on the deleterious r...

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Veröffentlicht in:Anaerobe 2021-04, Vol.68, p.102230-102230, Article 102230
Hauptverfasser: Guilloux, Charles-Antoine, Lamoureux, Claudie, Beauruelle, Clémence, Héry-Arnaud, Geneviève
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Sprache:eng
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Zusammenfassung:Anaerobes form a large part of microbial communities, and have begun to be specifically studied in both healthy and pathologic contexts. Porphyromonas is one of the top ten anaerobic taxa in the microbiome (anaerobiome) in healthy subjects. However, to date, most studies focused on the deleterious role of P. gingivalis, the most widely described species. Interestingly, targeted metagenomics reveals Porphyromonas other than gingivalis (POTG), highlighting other species such as P. catoniae or P. pasteri as potential biomarkers in disease progression or pathogen colonization susceptibility. From the sparse data, it appears that the Porphyromonas genus may also be a relevant target of investigation in several pulmonary diseases. Moreover, deciphering cutaneous, gastric and oral microbiomes hint that Porphyromonas may be a genus of interest in non-pulmonary diseases. This review aims to summarize the major data on POTG and to report their impact on the various human microbiomes in different clinical states. •Porphyromonas is a bacterial genus that belongs to the respiratory core microbiome.•Important species in the pulmonary niche are Porphyromonas other than P. gingivalis (POTG).•POTG are understated and little studied.•The abundance of POTG is decreased whatever the respiratory disease.•POTG are also an interesting target of investigation in non-pulmonary microbiomes, particularly gastric, oral and cutaneous.
ISSN:1075-9964
1095-8274
DOI:10.1016/j.anaerobe.2020.102230