Research Article
A Multiscale Model for the World’s First Parasitic Disease Targeted for Eradication: Guinea Worm Disease
Table 6
Free-living pathogens and their associated environmental parameter values used in simulations.
| Parameter | Description | Initial value | Units | Source |
| | Copepods birth rate | 0.75 | Copepod | Estimated | | Copepods infection rate | 0.7 | Larvae | Estimated | | Natural decay rate of copepods | 0.005 | | [15, 16] | | Disease induced death rate of copepods | | | Estimated | | Copepods saturation constant | 20 0000 | | [15, 16] | | Natural decay rate of Guinea worm eggs | 0.333 | | [15, 16] | | Hatching rate of worm eggs | 0.009 | | Estimated | | Number of Guinea worm larvae hatched | 300 | Larvae egg | Estimated | | Natural decay rate of Guinea worm larvae | 0.0333 | | [15, 16] | | Larvae saturation constant | 5000000 | | [15, 16] | | Limitation growth rate | 0.0991 | | Estimated |
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