Research Article
Stability Analysis and Optimal Control Strategies of an Echinococcosis Transmission Model
Table 1
Description of parameters of model (
1).
| | Parameters | Interpretation | Units | Source |
| | Recruitment rate of dogs | year−1 | Estimated | | Transmission rate from livestock to dogs | year−1 | [7] | | Natural death rate of dogs | 0.08 year−1 | [7] | | Recovery rate of infected dogs | 0.21 year−1 | Estimated | | Released rate from infected dogs | 9.7 year−1 | [7] | | Death rate of EEs | 1 year−1 | [8] | | Disinfection-induced EE mortality rate | 10 year−1 | Assumed | | Recruitment rate of livestock | year−1 | Estimated | | Infection rate of livestock by ingesting EEs | year−1 | [7] | | Fraction of home-slaughtered livestock | 0.189 | Estimated | | Natural death rate of livestock | 0.152 year−1 | [9] | | Recruitment rate of humans | | [29] | | Infection rate of humans by ingesting EEs | year−1 | [7] | | Reciprocal of human incubation period | year−1 | [7] | | Natural death rate of humans | 0.0139 year−1 | Estimated | | Recovery rate of humans | 0.041 year−1 | Estimated | | Effectiveness of home slaughter inspection | 0–1 | Assumed | | Effectiveness of anthelmintic treatment | 0–1 | Assumed | | Effectiveness of environmental disinfection | 0–1 | Assumed | | Effectiveness of health education | 0–1 | Assumed |
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