Distribution and allelic variation of the <i>E. faecalis atlE</i> gene.

Distribution and allelic variation of the <i>E. faecalis atlE</i> gene.

<p><b>A</b>, Phylogenetic reconstruction of AtlE identified in <i>E. faecalis</i> genomes. Open reading frames were trimmed to contain only the GH25 domain, totalling 196 sites of which 167 were parsimony informative. Evolutionary distance was inferred using the Maximum...

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Detalles Bibliográficos
Autor Principal: Robert E. Smith (1942798) (author)
Outros autores: Bartosz J. Michno (21587746) (author), Rene L. Christena (21587749) (author), Finn O’Dea (21587752) (author), Jessica L. Davis (15026538) (author), Ian D.E.A. Lidbury (21627647) (author), Marcel G. Alamán-Zárate (21587758) (author), Danai Stefanidi (21587761) (author), Emmanuel Maes (313725) (author), Hannah Fisher (14150685) (author), Tomasz K. Prajsnar (7118912) (author), Stéphane Mesnage (4268956) (author)
Publicado: 2025
Subjects:
Biochemistry
Microbiology
Cell Biology
Ecology
Immunology
Cancer
Inorganic Chemistry
Biological Sciences not elsewhere classified
typically forming pairs
research sheds light
providing valuable insights
opportunistic pathogens displaying
novel mechanism underlying
innate immune effectors
enterococcal polysaccharide antigen
enteroccocal polysaccharide antigen
characteristic ovoid shape
cell wall remodelling
cell chain length
bacterial cell division
host immune system
evade host defences
div >< p
epa )</ p
enterococcus faecalis </
>- acetylglucosaminidase atla
faecalis </
>- acetylmuramidase
n </
faecalis .</
epa plays
epa ),
stationary phase
short chains
septum cleavage
peptidoglycan hydrolysis
mediate evasion
locus required
limit recognition
decoy molecule
decoration subunits
complex interplay
complement molecules
>, suggesting
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