Team:Dundee/Modelling

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             <h3 class="white">Endolysin and <em>C.diff</em></h3>
             <h3 class="white">Endolysin and <em>C.diff</em></h3>
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             <h3 class="white">ODE - <em>E.coli</em> and <em>C.diff</em></h3>
             <h3 class="white">ODE - <em>E.coli</em> and <em>C.diff</em></h3>
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                    For our first model we wanted to represent the population dynamics of C.diff and E.coli  
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                For our first model we wanted to represent the population dynamics of C.diff and E.coli  
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                    using ordinary differential equations (ODEs). The two equations show the rate of change  
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                using ordinary differential equations (ODEs). The two equations show the rate of change  
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                    of the size of the population.   
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                of the size of the population.   
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Revision as of 15:26, 21 August 2012

Modelling

Endolysin and C.diff

ODE - E.coli and C.diff

For our first model we wanted to represent the population dynamics of C.diff and E.coli using ordinary differential equations (ODEs). The two equations show the rate of change of the size of the population.