Contribution of AtlE to septum cleavage and bacterial cell chain length.

Contribution of AtlE to septum cleavage and bacterial cell chain length.

<p><b>A</b>, Comparison of median forward scattered (FSC) light values corresponding to the cell chain lengths of OG1RF (WT), Δ<i>atlA</i>, Δ<i>atlE,</i> Δ<i>atlE</i> + <i>atlE</i> (complemented deletion strain), Δ<i>atlA</i&...

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Bibliographic Details
Main Author:	Robert E. Smith (1942798) (author)
Other Authors:	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)
Published:	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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