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Cancer Prevention and Control with System Dynamics

The webinar titled “Cancer Prevention and Control with System Dynamics” presented a systematic review focused on the use of System Dynamics modeling in the field of cancer research. The main objective was to evaluate how this methodology is applied across various studies to address complex issues in cancer prevention and control, including treatments, risk assessments, and intervention strategies.

System Dynamics Modeling for Cancer Prevention and Control: A Systematic Review

Key insights from the webinar included:

  1. Application of System Dynamics: The review detailed how both simulation models and causal-loop diagrams are utilized to study the dynamics of cancer-related issues, ranging from chemotherapy effectiveness to the impacts of environmental contaminants on cancer risks.
  2. Quality Assessment: The studies were assessed for quality based on criteria like clarity of objectives, adequacy of information sources, and the involvement of stakeholders. This highlighted a need for more rigorous standards in modeling to enhance reliability and applicability.
  3. Focus Areas and Interventions: The research covered diverse topics such as the effectiveness of cancer treatments, prevention through behavioral changes, and early detection techniques. It also underscored the importance of System Dynamics in modeling interventions like tobacco use reduction and vaccination strategies.
  4. Recommendations for Improvement: The presentation stressed the necessity for greater transparency and rigor in System Dynamics studies within cancer research. It called for the development of supportive infrastructures and best practices to foster multidisciplinary collaborations.

The presenters, Erin Kenzie and Wayne Wakeland, through their extensive backgrounds in systems science and health policy, emphasized the potential of System Dynamics to offer comprehensive insights and effective solutions in cancer prevention and control.

For those interested in exploring innovative methodologies and their practical applications in addressing complex health issues, watching the recording of this webinar is highly recommended. It promises valuable learnings in System Dynamics and its significant role in advancing cancer research.

Watch the recording below

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PRESENTERS

Erin Kenzie is an Assistant Professor at the OHSU-PSU School of Public Health at Oregon Health and Science University in Portland, Oregon and holds faculty roles at the Portland State University System Science Program and the Oregon Rural Practice-based Research Network. She received her PhD in Systems Science from PSU in 2021. Dr. Kenzie’s research spans system dynamics, implementation science, and public health. She has been involved in research applying System Dynamics to colorectal cancer screening, behavioral health system capacity, unhealthy alcohol use screening and treatment, rural Veteran access to care, health plan-clinic partnerships, behavioral health integration, traumatic brain injury recovery, and climate change mitigation behavior.

Wayne Wakeland is Professor Emeritus of Systems Science at Portland State University. He also served as the Systems Science Program Chair for many years. He earned a B.S. and a Master of Engineering at Harvey Mudd College (1973); and a Ph.D. in Systems Science at Portland State U. (1977). He developed and taught courses on computer simulation methods and more recently a course on system sustainability and organizational resilience. His research focused on the use of computational models for studying a variety of topics, including complications during human pregnancy, recovery from concussion, and policies to reduce opioid drug diversion, abuse, and overdose deaths. Other topics included environmental/ecological sustainability and elevated intracranial pressure due to traumatic brain injusy. He has been active in the System Dynamics Society for many years and helps lead its Health Policy Special Interest Group.

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Cancer Prevention and Control with System Dynamics

April 17 at 11 am NY | 4 pm London | 11 pm Beijing | Time Converter

Cancer Prevention and Control with System Dynamics – Discussion of a Systematic Review

This webinar delves into the findings of a systematic review on the application of System Dynamics modeling in cancer prevention and control, as presented in the recently published research in the PLOS ONE journal. It aims to explore the scope, characteristics, and quality of studies utilizing System Dynamics, including simulation and diagramming techniques such as causal-loop diagramming, in the context of cancer-related research. The research assess the quality of these studies, their alignment with the cancer control continuum, and the synthesis of their characteristics and models.

Special attention is given to diverse topics addressed in these studies, including chemotherapy treatments, tobacco or e-cigarette use reduction interventions, and cancer risks from environmental contamination. This presentation will highlight the current state of System Dynamics in cancer research, and address the need for rigorous, transparent model development and testing practices.

Learning Outcomes:

  1. Understanding System Dynamics in Cancer Research: Gain insights into how System Dynamics modeling, including both simulation and diagramming approaches, is applied in cancer prevention and control.
  2. Assessment of Study Quality and Scope: Learn to assess the quality of System Dynamics studies in cancer research using adapted criteria, and understand their alignment with the cancer control continuum.
  3. Identifying Key Focus Areas and Interventions: Acquire knowledge about the key focus areas within these studies, such as treatment, prevention, and detection, and explore the types of interventions modeled.
  4. Improvement and Best Practices: Recognize the need for improved rigor and transparency in model development and testing in cancer research using System Dynamics, and discuss the development of supportive infrastructure and best practices for multidisciplinary research.

About the Presenters

Erin Kenzie is an Assistant Professor at the OHSU-PSU School of Public Health at Oregon Health and Science University in Portland, Oregon and holds faculty roles at the Portland State University System Science Program and the Oregon Rural Practice-based Research Network. She received her PhD in Systems Science from PSU in 2021. Dr. Kenzie’s research spans system dynamics, implementation science, and public health. She has been involved in research applying System Dynamics to colorectal cancer screening, behavioral health system capacity, unhealthy alcohol use screening and treatment, rural Veteran access to care, health plan-clinic partnerships, behavioral health integration, traumatic brain injury recovery, and climate change mitigation behavior.

Wayne Wakeland is Professor Emeritus of Systems Science at Portland State University. He also served as the Systems Science Program Chair for many years. He earned a B.S. and a Master of Engineering at Harvey Mudd College (1973); and a Ph.D. in Systems Science at Portland State U. (1977). He developed and taught courses on computer simulation methods and more recently a course on system sustainability and organizational resilience. His research focused on the use of computational models for studying a variety of topics, including complications during human pregnancy, recovery from concussion, and policies to reduce opioid drug diversion, abuse, and overdose deaths. Other topics included environmental/ecological sustainability and elevated intracranial pressure due to traumatic brain injusy. He has been active in the System Dynamics Society for many years and helps lead its Health Policy Special Interest Group.

Target Audience

This webinar is ideal for healthcare professionals, policy makers, researchers, academicians, and particularly students in fields like public health, oncology, systems engineering, and health policy. It offers insights into the application of System Dynamics in cancer prevention and control, making it a valuable learning opportunity for anyone interested in innovative research methodologies and their implications in healthcare.