# Model Mathematics

### Component: uninfected_CD4

$ddtimeT=s+lambda⁢T⁢1-T+T1_star+T2_starTmax-mu⁢T-k1⁢1-r1⁢T⁢V1_I-k2⁢1-r2⁢T⁢V2_I$

### Component: uninfected_long_lived_cells

$ddtime M =lambda_M -mu_M ⁢M -k1_M ⁢1 -r1 ⁢M ⁢V1_I -k2_M ⁢1 -r2 ⁢M ⁢V2_I$

### Component: productively_infected_CD4

$ddtime T1_star =m11 ⁢k1 ⁢1 -r1 ⁢T ⁢V1_I +m21 ⁢k2 ⁢1 -r2 ⁢T ⁢V2_I -delta1 ⁢T1_star ddtimeT2_star=m22⁢k2⁢1-r2⁢T⁢V2_I+m12⁢k1⁢1-r1⁢T⁢V1_I-delta2⁢T2_star$

### Component: productively_infected_long_lived_cells

$ddtime M1_star =m11 ⁢k1_M ⁢1 -r1 ⁢M ⁢V1_I +m21 ⁢k2_M ⁢1 -r2 ⁢M ⁢V2_I -delta1_M ⁢M1_star ddtime M2_star =m22 ⁢k2_M ⁢1 -r2 ⁢M ⁢V2_I +m12 ⁢k1_M ⁢1 -r1 ⁢M ⁢V1_I -delta2_M ⁢M2_star$

### Component: virus_strain1

$ddtime V1_I =1 -p1 ⁢N1 ⁢delta1 ⁢T1_star +1 -p1 ⁢N1_M ⁢delta1_M ⁢M1_star -c1 ⁢V1_I ddtime V1 =N1 ⁢delta1 ⁢T1_star +N1_M ⁢delta1_M ⁢M1_star -c1 ⁢V1$

### Component: virus_strain2

$ddtime V2_I =1 -p2 ⁢N2 ⁢delta2 ⁢T2_star +1 -p2 ⁢N2_M ⁢delta2_M ⁢M2_star -c2 ⁢V2_I ddtime V2 =N2 ⁢delta2 ⁢T2_star +N2_M ⁢delta2_M ⁢M2_star -c2 ⁢V2$

### Component: drug_parameters

Source
Derived from workspace Wein, D'Amato, Perelson 1998 at changeset 4704fb299937.
Collaboration
To begin collaborating on this work, please use your git client and issue this command: