Name = ERK                                             Value =               0.3
 -> Equation =(k_30*ERKP_Phase3)+(k_20*ERK_MEKPP)-(k_19*ERK*MEKPP)
Name = ERKP                                            Value =                 0
 -> Equation =(k_21*ERK_MEKPP)+(k_27*ERKPP_Phase3)+(k_29*ERKP_Phase3)+(k_23*ERKP_MEKPP)-(k_28*ERKP*Phase3)-(k_22*ERKP*MEKPP)
Name = ERKPP                                           Value =                 0
 -> Equation =(k_24*ERKP_MEKPP)+(k_26*ERKPP_Phase3)-(k_25*ERKPP*Phase3)
Name = ERKPP_Phase3                                    Value =                 0
 -> Equation =(k_25*ERKPP*Phase3)-(k_27*ERKPP_Phase3)-(k_26*ERKPP_Phase3)
Name = ERKP_MEKPP                                      Value =                 0
 -> Equation =(k_22*ERKP*MEKPP)-(k_24*ERKP_MEKPP)-(k_23*ERKP_MEKPP)
Name = ERKP_Phase3                                     Value =                 0
 -> Equation =(k_28*ERKP*Phase3)-(k_30*ERKP_Phase3)-(k_29*ERKP_Phase3)
Name = ERK_MEKPP                                       Value =                 0
 -> Equation =(k_19*ERK*MEKPP)-(k_21*ERK_MEKPP)-(k_20*ERK_MEKPP)
Name = MEK                                             Value =               0.2
 -> Equation =(k_18*MEKP_Phase2)+(k_8*MEK_RafP)-(k_7*MEK*RafP)
Name = MEKP                                            Value =                 0
 -> Equation =(k_9*MEK_RafP)+(k_15*MEKPP_Phase2)+(k_17*MEKP_Phase2)+(k_11*MEKP_RafP)-(k_16*MEKP*Phase2)-(k_10*MEKP*RafP)
Name = MEKPP                                           Value =                 0
 -> Equation =(k_12*MEKP_RafP)+(k_14*MEKPP_Phase2)+(k_24*ERKP_MEKPP)+(k_23*ERKP_MEKPP)+(k_21*ERK_MEKPP)+(k_20*ERK_MEKPP)-(k_13*MEKPP*Phase2)-(k_19*ERK*MEKPP)-(k_22*ERKP*MEKPP)
Name = MEKPP_Phase2                                    Value =                 0
 -> Equation =(k_13*MEKPP*Phase2)-(k_15*MEKPP_Phase2)-(k_14*MEKPP_Phase2)
Name = MEKP_Phase2                                     Value =                 0
 -> Equation =(k_16*MEKP*Phase2)-(k_18*MEKP_Phase2)-(k_17*MEKP_Phase2)
Name = MEKP_RafP                                       Value =                 0
 -> Equation =(k_10*MEKP*RafP)-(k_12*MEKP_RafP)-(k_11*MEKP_RafP)
Name = MEK_RafP                                        Value =                 0
 -> Equation =(k_7*MEK*RafP)-(k_9*MEK_RafP)-(k_8*MEK_RafP)
Name = Phase1                                          Value =               0.3
 -> Equation =(k_6*RafP_Phase1)+(k_5*RafP_Phase1)-(k_4*Phase1*RafP)
Name = Phase2                                          Value =               0.2
 -> Equation =(k_15*MEKPP_Phase2)+(k_17*MEKP_Phase2)+(k_18*MEKP_Phase2)+(k_14*MEKPP_Phase2)-(k_16*MEKP*Phase2)-(k_13*MEKPP*Phase2)
Name = Phase3                                          Value =               0.3
 -> Equation =(k_27*ERKPP_Phase3)+(k_29*ERKP_Phase3)+(k_30*ERKP_Phase3)+(k_26*ERKPP_Phase3)-(k_28*ERKP*Phase3)-(k_25*ERKPP*Phase3)
Name = Raf                                             Value =               0.4
 -> Equation =(k_2*Raf_RasGTP)+(k_6*RafP_Phase1)-(k_1*Raf*RasGTP)
Name = RafP                                            Value =                 0
 -> Equation =(k_3*Raf_RasGTP)+(k_5*RafP_Phase1)+(k_12*MEKP_RafP)+(k_11*MEKP_RafP)+(k_9*MEK_RafP)+(k_8*MEK_RafP)-(k_4*Phase1*RafP)-(k_7*MEK*RafP)-(k_10*MEKP*RafP)
Name = RafP_Phase1                                     Value =                 0
 -> Equation =(k_4*Phase1*RafP)-(k_6*RafP_Phase1)-(k_5*RafP_Phase1)
Name = Raf_RasGTP                                      Value =                 0
 -> Equation =(k_1*Raf*RasGTP)-(k_2*Raf_RasGTP)-(k_3*Raf_RasGTP)
Name = RasGTP                                          Value =               0.1
 -> Equation =(k_2*Raf_RasGTP)+(k_3*Raf_RasGTP)-(k_1*Raf*RasGTP)