Afipia

Afipia. Afipia birgiae is an alphaproteobacterium from the family Bradyrhizobiaceae growing in amoebae and a potential human pathogen. Free and Open Access to Biodiversity Data. NCTC 12499 See detailed strain.

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ă-fipē-ă A genus of gram-negative oxidase-positive motile nonfermenting bacteria that have been placed in the class Proteobacteria.

Felis by 16S rRNA gene sequence analysis. Enrichment culture clone SJC3 uncultured Afipia sp. Rare cases of CSD are also attributed to Bartonella clarridgeiae.

Basfia derived from the chemical company BASF SE in Ludwigshafen Germany. Causative organism is Bartonella henselae bacillus a gram-negative pleomorphic rod-shaped bacteria. Afipia broomeae Brenner et al.

It is composed of 5325467 bp and contains 5160 protein-coding genes and 53 RNA genes including 3 rRNA genes. Asymptomatic bacteremic cats with Bartonella henselae in their saliva serve as vectors by biting and scratching causing skin erythema within 3-10 days. Three novel strains of methylotrophic Afipia felis were isolated from several locations on Signy Island Antarctica and a fourth from estuary sediment from the River Douro Portugal.

Originally reported to be the agent of catscratch disease their. Felis of the cat Gender. They are also considered amoeba-resisting bacteria as they can be recovered from amoebal coculture in domestic water systems a trait related to his capacity for.

Cedecea derived from the abbreviation CDC the Centres for Disease Control and Prevention Atlanta Georgia. Afipia Brenner et al. Afipia derived from the abbreviation AFIP for the Armed Forces Institute of Pathology where the type strain of the type species was isolated Gender.

Afipia is a genus of bacteria from the family of Nitrobacteraceae. Afipia is a descriptor in the National Library of Medicines controlled vocabulary thesaurus MeSH Medical Subject HeadingsDescriptors are arranged in a hierarchical structure which enables searching at various levels of specificity. Afipia felis is a bacterium that has been shown to have similar axenic growth requirements to Legionella sp.

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