bioreactor studies of heterologous protein production by ...

APPENDIX F. C CODE FOR THE PROPOSED MODEL
tloat Miu [(float g. float q, float t):
fioat MiuZ(fioat g. float q, îloat t);
float Miu3(float q, Roat e);
tloat Miu(float g. float q. fioat e, float t);
float Q(Boat g. float q, float t);
float dQ(fioat g, float q, float t);
float C l (float q, float t):
float Cl(float q, noat t);
float Findq (floar g, float q, float t);
float Fg(float q, float x);
float Fx(float g. float q. fioat e. ffoat x. float t);
float Fxp(fioat g, float q, float e, float xp, float t):
Boat Fe(floar g, float q. float e, float x, float t);
tloat Fp(fIoat g. float q, float e, float xp, float t);
fIoat L(float t):
/* model pumeters */
static float Yxg 1 ; I*ceU yieid for glucose fenentation*/
static float YxgZ; /*cet1 yield for glucose oxidationV
sratic float Yex: Pethuioi yield for fermentation pathwayi/
static tloat Yxe; /*ceIl yield for ethanol oxidation*l
static float Ypx2: I*glucoamyIase yield for glucose oxidation pathway*l
static float Ypx3; I*glucoarnyIase yield for ethano1 oxidation pathway*/
static float M 1 ; /*speQfic growth rate for glucose fermentation*/
static tloat M2: I*specific pwth rate for glucose oxidation*/
static float M3; /*specific growth rate for ethanol oxidation*l
static float KI: /*saturation constant for glucose fementa~on*l
static float K2; /*saturation constant for glucose oxidation*/