How does the use of M( minimal media affect the dynamics of phage infection of E. coli?
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The use of minimal media (M media) affects the dynamics of phage infection of E. coli in several ways. Firstly, in resource-limited populations dominated by resistant E. coli, the lytic phage population is maintained due to a high rate of transition from resistance to susceptibility, a mechanism termed "leaky resistance" . Secondly, the presence of M media affects the migration ability of Escherichia coli phage, with changes in transport and deposition being more pronounced with divalent Ca2+ than monovalent Na+ . Finally, the dynamics of phage-bacteria interactions in well-mixed populations can be successfully modeled using differential equations, including ordinary and delay differential equations . These modeling techniques provide insight into the dynamics of phage and bacteria and can be used to study the effects of M media on phage-bacteria interactions .
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| The provided paper does not mention the use of minimal media or its effect on the dynamics of phage infection of E. coli. |
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