Web Module:Fer-de-Lance |POLVER05_3
d(CVb)/d(t) =   (vb/Vb)*(CVc-CVb)-k1*CVb   #Concentration of Venom in bite compartment (microgr/L) Venom injected 50microg (units should be moles)
d(CAb)/d(t) =   (vb/Vb)*(CAc-CAb)-k3*CAb*CVb   #Concentration of Antivenin in muscle compartment (mol/L)
d(CAVb)/d(t) =   (vb/Vb)*(CAVc-CAVb)+k3*CAb*CVb   #Concentration of Venom-Antivenin product in muscle compartment (mol/L)
d(CVc)/d(t) =   (vb/Vc)*(CVb-CVc)+(vc/Vc)*(CVk-CVc)-k3*CAc*CVc   #Concentration of Venom in Central Compartment (mol/L)
d(CMyc)/d(t) =   (vc/Vc)*(CMyk-CMyc)+k1*CVc   #
d(CAc)/d(t) =   (vb/Vc)*(CAb-CAc)-k3*CAc*CVc   #Concentration of Antivenin in Central compartment (mol/L)
d(CAVc)/d(t) =   (vb/Vc)*(CAVb-CAVc)+k3*CAc*CVc   #Concentration of Venom- Antivenin product in central compartment (mol/L)
d(CVk)/d(t) =       (vc/Vk)*(CVc-CVk)-(ve/Vk)*CVk       #Concentracion of Venom in kidney compartment (mol/L)
d(CMyk)/d(t) =   (vc/Vk)*(CMyc-CMyk)-k3*CMy*CTH   #
d(CAk)/d(t) =        (vc/Vk)*(CAc-CAk)-(ve/Vk)*CAk        #Concentration of Antivenin in Kidney Compartment (mol/L)
d(CAVk)/d(t) =        (vc/Vk)*(CAVc-CAVk)-(ve/Vk)*CAVk        #Concentration of Venom/Antivenin product in kidney compartment (mol/L)
Vm =             9.2e-3             #Tissue  Water Volume of muscle compt. (L)
vm =             1.254e-3             #Blood flow rate from muscle compt to central compt (L/min)
Vb =      1e-4      #
vb =  3.95e-6  #
Vc =    12.52e-3    #Tissue Water Volume of central compt (L)
vc =    6.365e-3    #Blood flow rate from  central compt. to kidney compt. (L/min)
Vk =             2.42e-4             #Tissue  Water Volume of kidney compt. (L)
ve =  1.598e-6  #Flow elimination rate from  kidney compt.(L/min)
k1 =  3.81e-6  #Rate Constant for reaction of calcium  in muscle  compartment (l/ mol min)
k2 =  10e-6  #
k3 =  2.66e-6  #
CTH =  1e6  #
CMy =   1e6   #
t(0)=0
CVb(0)=5e5
CAb(0)=0
CAVb(0)=0
CVc(0)=0
CMyc(0)=0
CAc(0)=0
CAVc(0)=0
CVk(0)=0
CMyk(0)=0
CAk(0)=0
CAVk(0)=0
t(f)=200