Research Article
Mathematical Modeling and Analysis of Transmission Dynamics and Control of Schistosomiasis
Table 1
A table showing the description of the model parameters and parameter values.
| Parameter | Description | Value | Source |
| | Recruitment rate of humans | 254 | Estimate | | Recruitment rate of snails | 3000 | [27] | | Rate of transmission of humans from susceptible to exposed | 0.09753 | [28] | | Rate of transmission of snails from susceptible to exposed | 0.615 | [7, 29] | | Preventive factor due to WASH | 0-1 | Estimate | | Natural death rate of humans | 0.00004379 | Estimate | | Natural death rate of snails | 0.000569 | [7] | | Natural death rate of miracidia | 0.9 | [7] | | Natural death rate of cercariae | 0.004 | [7] | | Death rate of humans due to infection | 0.000274-0.000913 | Estimate | | Death rate of snails due to infection | 0.0004012 | [7] | | Rate of transmission of humans from exposure to infection | 0.0238-0.0286 | Estimate | | Rate of transmission of snails from exposure to infection | 0.0286-0.0357 | Estimate | | Transmission rate of humans from infection to treatment | 0.03 | [29] | | Rate individuals produce miracidia | 6.96 | [9] | | Rate snails produce cercariae | 2.6 | [7] | | Treatment efficacy | 0.8 | Assumed | | Miracidia saturation constant | | [7] | | Cercariae saturation constant | | [7] | | Limitation of the growth velocity | 0.2 | [7] |
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