Table 1 Reaction and transition probabilities for the off-pathway reaction scheme.

a=k_A,i+1/(k_A,i+1+k_IU,i)

P(F_i→F_i+1)=(k[1−cb])/(1−cb−de)

b=k_IU,i/(k_A,i+1+k_IU,i)

P(F_i→U_i+1)=(eh)/(1−cb−de)

c=k_UI,i/(k_A,i+1+k_UI,i+k_UF,i)

P(F_i→I_i+1)=(eca)/(1−cb−de)

d=k_UF,i/(k_A,i+1+k_UF,i+k_UI,i)

P(U_i→F_i+1)=(dk)/(1−cb−de)

e=k_FU,i/(k_A,i+1+k_FU,i)

P(U_i→U_i+1)=(h)/(1−cb−de)

h=k_A,i+1/(k_A,i+1+k_UF,i+k_UI,i)

P(U_i→I_i+1)=(ca)/(1−cb−de)

k=k_A,i+1/(k_A,i+1+k_FU,i)

P(I_i→F_i+1)=(bdk)/(1−cb−de)

N/A

P(I_i→U_i+1)=(bh)/(1−cb−de)

N/A

P(I_i→I_i+1)=(a[1−de])/(1−cb−de)