d) Models can integrate disease dynamics across multiple domains

Models can integrate disease dynamics across multiple domains (Figure 1). This includes describing immunological and epidemiological processes driving how a disease spreads and evolves, coupling disease dynamics across human-animal-environment domains via a One Health approach (One Health Modelling Network).

  • It also includes connecting human disease and public health policy to their impacts on economics, education, and the environment to understand the broader set of costs and benefits associated with our responses to pandemics (Bernstein et al. 2022). Such multidisciplinary integration provided by the models can reveal the socio-economic realities in adherence to public health measures and the need to take these into consideration in the formulation of policy (Brankston et al. 2021, Murty et al. 2021).

Figure 1. Emerging infectious disease models provide methods for assimilating multiple sources of information across multiple domains simultaneously.

RELATED ARTICLESExplain
EIDM 
Networks
Charting a Future
B) Benefits of continued emerging infectious disease modelling?
d) Models can integrate disease dynamics across multiple domains
a) Assimilating multiple sources of information simultaneously
b) Identify need for additional data and synthesize incomplete data
c) Models can be used to evaluate “what if” (counterfactual) scenarios
e) Models form a bridge
f) Support evidence-based recommendations and consensus-building
g) Models can be used to communicate public health measures
Graph of this discussion
Enter the title of your article


Enter a short (max 500 characters) summation of your article
Enter the main body of your article
Lock
+Comments (0)
+Citations (1)
+About
Enter comment

Select article text to quote
welcome text

First name   Last name 

Email

Skip