From: Mathematical modelling of vector-borne diseases and insecticide resistance evolution
Variable | Meaning | Initial value | Variable | Meaning | Initial value |
---|---|---|---|---|---|
S h | Human susceptible population | 9·103 | S aa | Recessive homozygote vector susceptible population | 4.75·103 |
I h | Human infected population | 2·102 | I aa | Recessive homozygote vector infected population | 4.75·103 |
R h | Human recovered population | 3·102 | N aa | Recessive homozygote vector total population | 9.5·103 |
N h | Human total population | 9.5·103 | S AA | Dominant homozygote vector susceptible population | 2.375·103 |
S Aa | Heterozygote vector susceptible population | 2.375·103 | I AA | Dominant homozygote vector infected population | 2.375·103 |
I Aa | Heterozygote vector infected population | 2.375·103 | N AA | Dominant homozygote vector total population | 4.75·103 |
N Aa | Heterozygote vector total population | 4.75·103 | N v | Vector total population | 1.9·104 |
I v | Infected vector population | 3·104 | f aa | Frequency of recessive homozygotes | \(\frac {N_{aa}}{N_{v}}\) |
f Aa | Frequency of heterozygotes | \(\frac {N_{aa}}{N_{v}}\) | f AA | Frequency of dominant homozygotes | \(\frac {N_{aa}}{N_{v}}\) |
q | Frequency of recessive allele | Eq. 2 | p | Frequency of dominant allele | Eq. 3 |