Effect of model parameters on phage lysis plaque expansion.

Effect of model parameters on phage lysis plaque expansion.

<p>Phage lysis plaque radius r expansion kinetics (main panels) are obtained by integration of velocity changes over time (insets). The velocity scaling factor δβ is kept constant at value 1.0 (Eq. 18). <b>(a, b)</b> <i>Effect of cell morphological parameters.</i> Chang...

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Detalles Bibliográficos
Autor Principal: Julián Bulssico (16979655) (author)
Outros autores: Swapnesh Panigrahi (400344) (author), Mélanie Matveeva (22367417) (author), Nicolas Ginet (253310) (author), Mireille Ansaldi (207607) (author)
Publicado: 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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