Model Mathematics

Component: N_x

N_x = N_0 - ksh x

Component: F_DVR_v

dd x F_DVR_v =- Jv + ksh F_DVR_v

Component: F_DVR_GLU

dd x F_DVR_GLU =- JGLU + ksh F_DVR_GLU

Component: F_DVR_LAC

dd x F_DVR_LAC =- JLAC + ksh F_DVR_LAC

Component: F_AVR_v

dd x F_AVR_v = Jv + ksh F_DVR_v + J_ABS_V

Component: F_AVR_GLU

dd x F_AVR_GLU = JGLU + ksh F_DVR_GLU - JGLY

Component: F_AVR_LAC

dd x F_AVR_LAC = JLAC + ksh F_DVR_LAC + 2.0 JGLY

Component: JGLU

JGLU = N_x PGLU c_DVR_GLU - c_AVR_GLU + 1.0 - sigma_GLU Jv c_DVR_GLU + c_AVR_GLU 2.0

Component: JLAC

JLAC = N_x PLAC c_DVR_LAC - c_AVR_LAC + 1.0 - sigma_LAC Jv c_DVR_LAC + c_AVR_LAC 2.0

Component: c_DVR_GLU

c_DVR_GLU = F_DVR_GLU F_DVR_v

Component: c_AVR_GLU

c_AVR_GLU = F_AVR_GLU F_AVR_v

Component: c_DVR_LAC

c_DVR_LAC = F_DVR_LAC F_DVR_v

Component: c_AVR_LAC

c_AVR_LAC = F_AVR_LAC F_AVR_v

Component: JGLY

JGLY = N_x Vmax c_AVR_GLU Km + c_AVR_GLU Vmax = ksh N_0 1.0 -- ksh L GlyFract F_DVR_G_0

Component: J_ABS_V

J_ABS_V = kv N_x

Component: kv

kv = ksh N_0 1.0 -- ksh L VolFract F_DVR_V_0

Component: model_parameters

Jv = 0.3 F_DVR_v N_0 b N_x F_DVR_V_0 = 3.75 N_0 x_L = x L F_DVR_G_0 = F_DVR_V_0 c_DVR_GLU_0