Effects of dCas9-mediated morphological changes on key parameters influencing epidemic spread.

(a, b) One step growth curve of phage T5, and phage T7 in E. coli LC-E75 displaying different morphological changes. Time = 0 corresponds to the time of phage-bacteria mixing. Induction of the morphological change by dCas9 transcripti...

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Bibliographic Details
Main Author:	Julián Bulssico (16979655) (author)
Other Authors:	Swapnesh Panigrahi (400344) (author), Mélanie Matveeva (22367417) (author), Nicolas Ginet (253310) (author), Mireille Ansaldi (207607) (author)
Published:	2025
Subjects:	Biophysics Medicine Microbiology Cell Biology Pharmacology Biotechnology Evolutionary Biology Ecology Infectious Diseases Virology Biological Sciences not elsewhere classified key factor leading experiencing renewed interest immobilized bacterial hosts comprehensive model integrating better bacterial eradication cell bloating ). since plaque formation phage therapeutic applications sublethal antibiotic concentrations previous experimental work larger lysis plaques also parameters related two different phages host growth dynamics plaque size observed antibiotics enable phages phage infection parameters div >< p plaque formation lysis plaques host growth bacterial host mathematical model different ways cell morphology cell filamentation host ’ phage therapy phage predation phage infection called phage successive cycles strongly influenced solid media single point research focuses propagation matrix pas ), morphological changes mg1655 infection investigate pas enhanced adsorption efficient predation distinctive manifestation crucial importance compassionate treatments common practice combined administration coli </ circular thinning
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Effects of dCas9-mediated morphological changes on key parameters influencing epidemic spread.

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