Blattella (Genus)

The gut microbiota (including Pseudomonas monteilii) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregat…

The gut microbiota (including Acinetobacter pittii) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregati…

The gut microbiota (including Pseudomonas japonica) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregati…

The gut microbiota (including Enterococcus avium) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregation…

The gut microbiota (including Acinetobacter sp.) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregation …

The gut microbiota (including Weissella cibaria) contributes to the production of volatile chemical attractants (VCAs) that act as fecal aggregation …

Stenotrophomonas spp. can colonize a gut microbiome with limited other symbionts in the presence of kanamycin, suggesting new mutualistic relationshi…

Blattabacterium cuenoti serves as the obligate endosymbiont and primary nutritional provider, contributing to amino acid provision and affecting uric…

The gut bacteria are not essential for Blattella germanica's survival and development but may complement host nutrition by assisting with food digest…

Blattabacterium strain Bge codes for the complete urea cycle that, in combination with urease, produces ammonia as an end product for nitrogen recycl…

Pseudomonas reactans secretes versatile secondary metabolites, providing protection from parasites and pathogens.

Lachnospira hydrolyzes polysaccharides, assists digestion, and synthesizes acetate, propionate, and butyrate.

Blochmannia produces ammonia from dietary urea and then uses it as a source of nitrogen.

Salmonella spp. are associated with increased host drug resistance.

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