slv-utils

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Pools \nD=-C+Pool[1];// for D \n//! Volume of compartments \n//! Compound administration \n//! Rate laws \n//!!V_in \nV_in=k1; \n//!!V1 \nV1=k2*A*C; \n//!!V2 \nV2=k3*D; \n//!!V_out \nV_out=k4*B; \n//! Differential equations \n//for A \nF[1]=V_in-V1; \n//for C \nF[2]=-V1+V2; \n//for B \nF[3]=V1-V_out; \n//for D \nF[4]=V1-V2; \n//! Explicit functions ", "\n//! Data comments \n//! Compound administration \n//! Compound action on target \n//! Auxiliary parameters \n//! Compartment volumes \nDefault=1.000000e+00; \n//! Initial concentrations \nA=1.898501e+00; \nC=1.490793e+00; \nB=1.300637e+00; \nD=1.234049e+00; \n//! Kinetic parameters \nk1=1.944853e+00;//V_in \nk2=1.931480e+00;//V1 \nk3=1.738867e+00;//V2 \nk4=1.541431e+00;//V_out \n//! Buffered concentrations \n//! Parameters for fitting \n//! Pools initial \nPool[1]=D+C; ", "\n//! Annotation of model variables \n//! Literature cited \n//! 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