Deterministic Mathematical Model Of Zika Virus
We Understand Your Publishing Needs Better
Deterministic Mathematical Model Of Zika Virus
A deterministic mathematical model describing the dynamics of Zika virus using a set of ordinary differential equation was developed. The basic reproductive number of the model which is an important threshold for disease control was obtained. The model has disease free equilibrium which is stable whenever . Analysis shows that the endemic equilibrium exists and the conditions for its stability or otherwise were given. Further, a numerical value for was computed and sensitivity analysis of its parameters shows that the progression rate from Exposed to Infected mosquito is the most sensitive parameter toDownloadViews: 577

Why Researchjournali?

Instant Paper Submission
Author Loyalty Reward
No Copyright Transfer
70% Less Publication Fee

You may also like to read


Multivariate Transfer Function Modeling. An Application

Enhancing Quality Control Process Of Humanitarian Services Using Improved Cusum Model

Forecasting Malaria Infections In Rwanda Using Arima Model; Case Study Of Eastern Province

Determinants Of Greenhouse Gases In Nigeria Using A Bayesian Approach

The Geometric Thinking Levels Of Mathematics Pre-service Teachers’ In Northern Ghana Colleges Of

Effect Of Geogebra Instruction On Pre-service Teachers’ Attitudes And Achievement In Angles