"Children with CMV-induced Mental Retardation" = ∫MR after primary infection in T1+MR after primary infection in T2+MR after seropositive transmission-severely disabled death dt + [initial value MR children]
initial value MR children = 3500
    MR after primary infection in T1 = DELAY N(primary infections T1*transmission rate after primary infection*(percentage of primary symptomatic infant*(1-fatality ratio of symptomatic infant)*percentage of symptomatic after T1 that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of asymptomatic after T1 that shows signs of CNS)*percentage of CNS that leads to serious MR, 2.5, primary infections T1*transmission rate after primary infection*(1-fatality ratio of symptomatic infant), 2)
    MR after primary infection in T2 = DELAY N(primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*percentage of infant T2 that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of infant T2 that shows CNS signs)*percentage of CNS that leads to serious MR, 2.25, primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)), 2)
    MR after seropositive transmission = DELAY N(Pregnancies of seropositive mothers*chance of transmission seropositive*(percentage of primary symptomatic infant*(1-fatality ratio of symptomatic infant)*percentage of symptomatic seropositive that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of asymptomatic seropositive that shows CNS signs)*percentage of CNS that leads to serious MR/(3*trimester), 2, Pregnancies of seropositive mothers*chance of transmission seropositive/(3*trimester), 2)
    severely disabled death = Children with CMV-induced Mental Retardation/duration of infancy

"Children with CMV-induced SNHL aged 2" = ∫SNHL after infection in T1+SNHL after infection in T2+SNHL after seropositive transmission-growth SNHL children dt + [initial value SNHL children]
initial value SNHL children = 6000
    growth SNHL children = Children with CMV-induced SNHL aged 2/duration of infancy
    SNHL after infection in T1 = DELAY N(primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*percentage of symptomatic after T1 that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of asymptomatic after T1 that shows signs of CNS)*(1-percentage of CNS that leads to serious MR), 2.5, primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)), 2)
    SNHL after infection in T2 = DELAY N(primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*percentage of infant T2 that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of infant T2 that shows CNS signs)*(1-percentage of CNS that leads to serious MR), 2.25, primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)), 2)
    SNHL after seropositive transmission = DELAY N(Pregnancies of seropositive mothers*chance of transmission seropositive*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*percentage of symptomatic seropositive that shows CNS signs+(1-percentage of primary symptomatic infant)*percentage of asymptomatic seropositive that shows CNS signs)*(1-percentage of CNS that leads to serious MR)/(3*trimester), 2, Pregnancies of seropositive mothers*chance of transmission seropositive*((1-fatality ratio of symptomatic infant))/(3*trimester), 2)

Infectious adults = ∫infections in adults-becoming uninfectious dt + [1.5e+006]
    becoming uninfectious = Infectious adults/duration of the infection
    infections in adults = Seronegative adults*risk of acquiring infection in adults

Infectious children = ∫growth infectious children+growth SNHL children+infections in children-children becoming uninfectious dt + [1.5e+006]
    children becoming uninfectious = Infectious children/duration of the infection
    growth infectious children = Infectious healthy children aged 2/duration of infancy
    infections in children = Non infected children*risk of acquiring infection in children

Infectious healthy children aged 2 = ∫infectious after seropositive transmission+infectious after T1+infectious after T2-growth infectious children dt + [initial value infectious healthy children]
initial value infectious healthy children = 32000
    infectious after seropositive transmission = DELAY N( Pregnancies of seropositive mothers*chance of transmission seropositive*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*(1-percentage of symptomatic seropositive that shows CNS signs)/(3*trimester)+(1-percentage of primary symptomatic infant)*(1-percentage of asymptomatic seropositive that shows CNS signs)/(3*trimester)), 2, Pregnancies of seropositive mothers*chance of transmission seropositive*((1-fatality ratio of symptomatic infant)/(3*trimester)), 2)
    infectious after T1 = DELAY N(primary infections T1*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*(1-percentage of symptomatic after T1 that shows CNS signs)+(1-percentage of primary symptomatic infant)*(1-percentage of asymptomatic after T1 that shows signs of CNS)), 2.5, primary infections T1*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)), 2)
    infectious after T2 = DELAY N(primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)*percentage of primary symptomatic infant*(1-percentage of infant T2 that shows CNS signs)+(1-percentage of primary symptomatic infant)*(1-percentage of infant T2 that shows CNS signs)), 2.25, primary infections T2*transmission rate after primary infection*((1-fatality ratio of symptomatic infant)), 2)

Non infected children = ∫growth non infected between 2 and 3.5-growth-infections in children dt + [1.5e+007]
    growth = Non infected children/growth time
    "growth non infected between 2 and 3.5" = DELAY N(non infected after T1+non infected after T2+healthy from seronegative deliveries+non infected from seropositive mothers, duration of infancy, MAX(non infected after T1+non infected after T2+healthy from seronegative deliveries+non infected from seropositive mothers-(Non infected children aged 2*risk of acquiring infection in children), 0), 2)

Non infected children aged 2 = ∫healthy from seronegative deliveries+non infected after T1+non infected after T2+non infected from seropositive mothers-growth non infected between 2 and 3.5 dt + [initial value non infected children]
initial value non infected children = 360000
    healthy from seronegative deliveries = DELAY N(seronegative deliveries, 2, seronegative deliveries, 2)
    non infected after T1 = DELAY N(primary infections T1*(1-transmission rate after primary infection), 2.5, primary infections T1*(1-transmission rate after primary infection), 2)
    non infected after T2 = DELAY N(primary infections T2*(1-transmission rate after primary infection), 2.25, primary infections T2*(1-transmission rate after primary infection), 2)
    non infected from seropositive mothers = DELAY N(Pregnancies of seropositive mothers*(1-chance of transmission seropositive)/(3*trimester), 2, Pregnancies of seropositive mothers*(1-chance of transmission seropositive)/(3*trimester), 2)

Non infectious seropositive adults = ∫becoming uninfectious+growth with cmv-seropositive adult death dt + [2e+008]
    growth with cmv = Non infectious seropositive children/growth time
    seropositive adult death = Non infectious seropositive adults/life expectancy

Non infectious seropositive children = ∫children becoming uninfectious-growth with cmv dt + [1.5e+007]

Pregnancies of seropositive mothers = ∫seropositive pregnancies-seropositive deliveries dt + [initial value seropositive pregnancies]
initial value seropositive pregnancies = 50000
    seropositive deliveries = Pregnancies of seropositive mothers/(3*trimester)
    seropositive pregnancies = (Infectious adults+Non infectious seropositive adults)*birth rate*multiple birth coefficient

Seronegative adults = ∫growth-infections in adults-seronegative adult death dt + [1e+008]
    seronegative adult death = DELAY N(growth, life expectancy, MAX(growth -(Seronegative adults*risk of acquiring infection in adults), 0), 2)

Seronegative pregnancies T1 = ∫seronegative pregnancies-non infected 2nd T-primary infections T1 dt + [initial value seronegative pregnancies T1]
initial value seronegative pregnancies T1 = 50000
    non infected 2nd T = Seronegative pregnancies T1*((1/trimester)-risk of acquiring infection in pregnancy)
    primary infections T1 = Seronegative pregnancies T1*risk of acquiring infection in pregnancy
    seronegative pregnancies = birth rate*multiple birth coefficient*Seronegative adults

Seronegative pregnancies T2 = ∫non infected 2nd T-non infected T3-primary infections T2 dt + [0]
    non infected T3 = Seronegative pregnancies T2*((1/trimester)-risk of acquiring infection in pregnancy)
    primary infections T2 = Seronegative pregnancies T2*risk of acquiring infection in pregnancy

Seronegative pregnancies T3 = ∫non infected T3-seronegative deliveries dt + [0]
    seronegative deliveries = Seronegative pregnancies T3/trimester

†  Level Structure Report still under development.