Susceptibility to phage infection and phage adsorption on the FM2.5 or R20291 △<i>slpA</i> complemented strains with various SLCTs.

Susceptibility to phage infection and phage adsorption on the FM2.5 or R20291 △<i>slpA</i> complemented strains with various SLCTs.

<p>Susceptibility to phage infection and phage adsorption on the FM2.5 or R20291 △<i>slpA</i> complemented strains with various SLCTs.</p>

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Sonraí bibleagrafaíochta
Príomhchruthaitheoir:	Alexia L.M. Royer (22693792) (author)
Rannpháirtithe:	Émeline Dion (22693795) (author), Andrew A. Umansky (22693798) (author), Mariano Avino (243049) (author), Olga Soutourina (248942) (author), Louis-Charles Fortier (225877) (author)
Foilsithe / Cruthaithe:	2025
Ábhair:	Biochemistry Microbiology Molecular Biology Biotechnology Ecology Immunology Cancer Infectious Diseases Virology Biological Sciences not elsewhere classified remains poorly understood provide new insights div >< p creating chimeric constructs expressing modified isoforms phages adsorbed efficiently layer protein contribute lmw d2 domain govern phage binding clostridioides difficile </ mediated phage recognition general phage receptor phage infection cycle layer protein slpa layer protein receptor binding difficile </ phage recognition different isoforms successful infection slpa </ several phages seven phages productive infection precise recognition phage therapy phage specificity phage cocktails structural features structural determinants slpa required results demonstrate r20291 δ promising alternative previously identified molecular determinants host receptor hmw fragments highlighting differences future design fundamental importance frequently required dependent manner delayed adsorption critical step broad spectrum always predictive always essential also able
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