Difference between revisions of "Team:Edinburgh UG/UnderConstruction"

 
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                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/InterLab">InterLab</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/InterLab">InterLab</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Contribution</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Contribution</a></li>
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Model</a></li>
+
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/Model">Model</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Results</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Results</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Demonstrate</a></li>
 
                             <li><a href="https://2017.igem.org/Team:Edinburgh_UG/UnderConstruction">Demonstrate</a></li>
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     <br><br><br><br><br>
 
     <br><br><br><br><br>
  
<div class="same-width" style="display: inline-block; text-align: left">
+
    <!-- Warning -->
<h2 style="font-size: 24px; margin-top: 0px;"> Differential Equations </h2>
+
    <center>
 
+
        <img src="https://static.igem.org/mediawiki/2017/7/73/T--Edinburgh_UG--constr_warning.svg" class="same-width">
<p>
+
    </center>
 
+
\begin{equation}
+
\frac{d[M_R]}{dt} = k_{sMR} - \lambda_{MR}[M_R]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[R]}{dt} = k_{sR}[M_R] - 2k_{2R}[R]^2 + 2k_{-2R}[R_2] - \lambda_R[R]
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[R_2]}{dt} = k_{2R}[R]^2 - k_{-2R}[R_2] - k_{rT7}[R_2][O_{T7}] + k_{-rT7}([O_{T7}]_T-[O_{T7}]) \\ - k_{rY}[R_2][O_Y] + k_{-rY}([O_Y]_T-[O_Y]) - k_{rCre}[R_2][O_{Cre}] \\ + k_{-rCre}([O_{Cre}]_T-[O_{Cre}]) - k_{dr1}[I]^2[R_2] + k_{-dr1}[I_2R_2] - \lambda_{R_2}[R_2]]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[O_Y]}{dt} = - k_{rY}[R_2][O_Y] + k_{-rY}([O_Y]_T-[O_Y]) \\ + k_{dr4}[I]^2([O_Y]_T-[O_Y]) - k_{-dr4}[I_2R_2][O_Y]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[O_{T7}]}{dt} = - k_{rT7}[R_2][O_{T7}] + k_{-rT7}([O_{T7}]_T-[O_{T7}]) \\ + k_{dr2}[I]^2([O_{T7}]_T-[O_{T7}]) - k_{-dr2}[I_2R_2][O_{T7}]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[O_{Cre}]}{dt} = - k_{rCre}[R_2][O_{Cre}] + k_{-rCre}([O_{Cre}]_T-[O_{Cre}]) \\ + k_{dr3}[I]^2([O_{Cre}]_T-[O_{Cre}]) - k_{-dr3}[I_2R_2][O_{Cre}]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[I]}{dt} = -2k_{dr1}[I]^2[R_2] + 2k_{-dr1}[I_2R_2] - 2k_{dr2}[I]^2([O_{T7}]_T-[O_{T7}]) \\ + 2k_{-dr2}[I_2R_2][O_{T7}] - 2k_{dr3}[I]^2([O_{Cre}]_T-[O_{Cre}]) \\ + 2k_{-dr3}[I_2R_2][O_{Cre}] - 2k_{dr4}[I]^2([O_Y]_T-[O_Y]) + 2k_{-dr4}[I_2R_2][O_Y] \\ + k_{ft}[YI_{ex}] + k_t([I_{ex}]-[I]) + 2\lambda_{I_2R_2}[I_2R_2] + \lambda_{YI_{ex}}[YI_{ex}]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[I_2R_2]}{dt} = k_{dr1}[I]^2[R_2] - k_{-dr1}[I_2R_2] + k_{dr2}[I]^2([O_{T7}]_T-[O_{T7}]) \\ - k_{-dr2}[I_2R_2][O_{T7}] + k_{dr3}[I]^2([O_{Cre}]_T-[O_{Cre}]) - k_{-dr3}[I_2R_2][O_{Cre}] \\ + k_{dr4}[I]^2([O_Y]_T-[O_Y]) - k_{-dr4}[I_2R_2][O_Y] - \lambda_{I_2R_2}[I_2R_2]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[M_Y]}{dt} = k_{s0MY}([O_Y]_T-[O_Y]) + k_{s1MY}[O_Y] - \lambda_{MY}[M_Y]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[LacY]}{dt} = k_{sY}[M_Y] + (k_{ft} + k_{-p})[YI_{ex}] - k_p[LacY][I_{ex}] - \lambda_Y[LacY]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[M_{T7}]}{dt} = k_{s0MT7}([O_{T7}]_T-[O_{T7}]) + k_{s1MT7}[O_{T7}] - \lambda_{M_{T7}}[M_{T7}]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[T7]}{dt} = k_{sT7}[M_{T7}] - \lambda_{T7}[T_7]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[M_{Cre}]}{dt} = k_{s0Mcre}([O_{Cre}]_T-[O_{Cre}])[T_7] + k_{s1Mcre}[O_{Cre}][T_7] - \lambda_{Mcre}[M_{Cre}]
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[Cre]}{dt} = k_{sCre}[M_{Cre}] - \lambda_{Cre}[Cre] - k_1[S][Cre] + k_{-1}[SCre] \\ - k_1[SCre][Cre] + k_{-1}[SCre^{(a)}_2] - k_2[SCre][Cre] + k_{-2}[SCre^{(b)}_2] \\ - k_2[SCre^{(a)}_2][Cre] + k_{-2}[SCre_3] - k_1[SCre^{(b)}_2][Cre] + k_{-1}[SCre_3] \\ - k_2[SCre_3][Cre] + k_{-2}[SCre_4] + k_{-2}([QCre_2]+[PCre_2]) \\ - k_2([QCre]+[PCre])[Cre] + k_{-1}([QCre]+[PCre]) - k_1([Q]+[P])[Cre]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[YI_{ex}]}{dt} = - (k_{ft} + k_{-p})[YI_{ex}] + k_p[LacY][I_{ex}] - \lambda_{YI_{ex}}[YI_{ex}]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[S]}{dt} = -k_1[S][Cre] + k_{-1}[SCre]
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[SCre]}{dt} = k_1[S][Cre] - k_{-1}[SCre] - (k_1 + k_2)[SCre][Cre] \\ + k_{-1}[SCre^{(a)}_2] + k_{-2}[SCre^{(b)}_2]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[SCre^{(a)}_2]}{dt} = k_1[SCre][Cre] - k_{-1}[SCre^{(a)}_2] - k_2[SCre^{(a)}_2][Cre] + k_{-2}[SCre_3]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[SCre^{(b)}_2]}{dt} = k_2[SCre][Cre] - k_{-2}[SCre^{(b)}_2] - k_1[SCre^{(b)}_2][Cre] + k_{-1}[SCre_3]
+
\end{equation}
+
 
+
\begin{equation}
+
\begin{split}
+
\frac{d[SCre_3]}{dt} = k_2[SCre^{(a)}_2][Cre] - (k_{-2} + k_{-1})[SCre_3] \\ + k_1[SCre^{(b)}_2][Cre] - k_2[SCre_3][Cre] + k_{-2}[SCre_4]
+
\end{split}
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[SCre_4]}{dt} = k_2[SCre_3][Cre] - (k_{-2} + k_3)[SCre_4] + k_{-3}[SC]
+
\end{equation}
+
 
+
 
+
\begin{equation}
+
\frac{d[SC]}{dt} = k_3[SCre_4] - (k_{-3} + k_{-4})[SC] + k_4[QCre_2][PCre_2]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[QCre_2]}{dt} = k_{-4}[SC] - k_4[QCre_2][PCre_2] - k_{-2}[QCre_2] + k_2[QCre][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[PCre_2]}{dt} = k_{-4}[SC] - k_4[QCre_2][PCre_2] - k_{-2}[PCre_2] + k_2[PCre][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[QCre]}{dt} = k_{-2}[QCre_2] - k_2[QCre][Cre] - k_{-1}[QCre] + k_1[Q][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[PCre]}{dt} = k_{-2}[PCre_2] - k_2[PCre][Cre] - k_{-1}[PCre] + k_1[P][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[Q]}{dt} = k_{-1}[QCre] - k_1[Q][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[P]}{dt} = k_{-1}[PCre] - k_1[P][Cre]
+
\end{equation}
+
 
+
\begin{equation}
+
\frac{d[M_{RFP}]}{dt} = k_{mRFP}([P] + [PCre] + [PCre_2]) - \lambda_{mRFP}[M_{RFP}]
+
\end{equation}
+
 
+
 
+
\begin{equation}
+
\frac{d[RFP]}{dt} = k_{RFP}[M_{RFP}] - \lambda_{RFP}[RFP]
+
\end{equation}
+
</p>
+
 
+
 
+
</div>
+
  
 +
    <br><br><br>
  
 
             <center>
 
             <center>

Latest revision as of 20:44, 14 October 2017









University of Edinburgh 2017 UG Team