Treponema rectale sp. Nov., a spirochete isolated from the bovine rectum
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journal contribution
posted on 2024-03-12, 16:00 authored by Gareth J. Staton, Kerry Newbrook, Simon CleggSimon Clegg, Richard J. Birtles, Nicholas J. Evans, Stuart D. Carter<p>A Gram-stain-negative, obligatory anaerobic spirochete, CHPAT, was isolated from the rectal tissue of a Holstein-Friesian cow. On the basis of 16S rRNA gene comparisons, CHPAT was most closely related to the human oral spirochete, Treponema parvum, with 88.8 sequence identity. Further characterisation on the basis of recA gene sequence analysis, cell morphology, pattern of growth and physiological profiling identified marked differences with respect to other recognised species of the genus Treponema. Microscopically, the helical cells measured approximately 1–5?m long and 0.15–0.25?m wide, with two to five irregular spirals. Transmission electron microscopy identified four periplasmic flagella in a 2 : 4 : 2 arrangement. CHPAT grew independently of serum, demonstrated no evidence of haemolytic activity and possessed an in vitro enzyme activity profile that is unique amongst validly named species of the genus Treponema, exhibiting C4 esterase, ?-galactosidase and ?-galactosidase activity. Taken together, these data indicate that CHPAT represents a novel species of the genus Treponema, for which the name Treponema rectale is proposed. The type strain of Treponema rectale is CHPAT (=DSM 103679T=NCTC 13848T). © 2017 IUMS.</p>
History
School affiliated with
- Department of Life Sciences (Research Outputs)
Publication Title
International Journal of Systematic and Evolutionary MicrobiologyVolume
67Issue
7Pages/Article Number
2470-2475Publisher
Microbiology SocietyExternal DOI
ISSN
1466-5026eISSN
1466-5034Date Submitted
2017-12-06Date Accepted
2017-04-23Date of First Publication
2017-07-19Date of Final Publication
2017-07-19Date Document First Uploaded
2017-12-06ePrints ID
29851Usage metrics
Keywords
16Salpha galactosidasealpha-GalactosidaseanimalAnimalsArticleBacterialbacterial DNAbacterial growthBacterial Typing Techniquesbacterium identificationbacterium isolatebeta galactosidasebeta-Galactosidasebovinec4 esteraseCattlecell structureclassificationDNADNA sequenceenzyme activityesteraseEsterasesgene sequencegeneticsin vitro studyisolation and purificationmicrobiologynonhumanphylogenypriority journalrectumRibosomalRNARNA 16SSequence Analysistransmission electron microscopyTreponemaTreponema rectaleunclassified drugUnited Kingdom
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