Please help with the project by providing examples and scenarios.

Please list sources for all responses. (A P A style)

Research Topic: Monkeypox in the USA, and the Goal is to reduce the incidence of Monkeypox in the USA

Purpose: The project is designed to build knowledge and skills germane to applying systems thinking and system dynamics modeling to disease processes in epidemiology.

Background: An example of how to build a simple system dynamics model using Type 2 diabetes was demonstrated through a lecture or live lesson. Using the information discussed and additional information provided for this project, please construct a simple SDM for a specific health outcome (disease, condition, injury, etc.). System dynamics modeling provides a non-narrative way to understand complex systems one often encounters when working in epidemiology and/or public health. There is more than one correct answer.

Example:

Transitions Animations Slide Show Record Review View Help Acrobat O Record Share Layout AA A Shape Fill Find T Reset Shapes Arrange Quick Shape Outline ~ Replace B I US ab AY Adv 2~ Ay Dictate Designer Section v Styles * Shape Effects v Select Font Paragraph Drawing Editing Voice Designer Education Screening Access Preventive Improve PA Care Detection Detection Detection of Improve Nut Obesity of PDM of UC DM Comp DM Access to Care Research Onset * Onset Progression Undx PCM Undx UC DM Undx Comp Pop Pop DM Pop Recovery Diagnosis Diagnosis NG Pop Onset Diagnosis DX UC DM DX PDM Pop Progression Dx Comp Recovery Pop DM Pop DSME Control of DX POM Control of Control of Clinical Mgmt UC DM Comp DM of DX PDM Self-Mgmt Clinical Mgmt Access Mgmt Care of DX DM Comp=complicated Dx=diagnosed PDM=pre-diabetes Undx=undiagnosed DM=Type 2 diabetes Memt=management Pop=fraction of the population DSME=diabetes self-management education NG=normoglycemic UC=uncomplicated = Deaths