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Interactive Systems Framework for Implementation and Dissemination (ISF)

Interactive Systems Framework for Implementation and Dissemination (ISF). Maria E. Fernandez, Ph.D. Associate Professor Health Promotion and Behavioral Sciences University of Texas, School of Public Health. Interactive Systems Framework Development. Brief history

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Interactive Systems Framework for Implementation and Dissemination (ISF)

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  1. Interactive Systems Framework for Implementation and Dissemination (ISF) Maria E. Fernandez, Ph.D. Associate Professor Health Promotion and Behavioral Sciences University of Texas, School of Public Health

  2. Interactive Systems Framework Development • Brief history • Developed by Wandersman et al. (2008) • CDC’s Division of Violence Prevention (DVP) noted gap applying available knowledge to prevention of child maltreatment • ISF was developed to address this gap • developers synthesized information across dissemination and implementation models to fill gaps associated with existing approaches

  3. ISF and the Institute of Medicine Model of the Prevention Research Cycle Feedback Loop 1. Identify problem or disorder(s) and review information to determine its extent 2. Review relevant information from both outside and within existing preventive intervention research programs 3. Design, conduct, and analyze pilot studies and confirmatory and replication trials of the preventive intervention program 4. Design, conduct, and analyze large-scale trials of the preventive intervention program 5. Facilitate large-scale implementati-on and ongoing evaluation of the preventive intervention program in the community

  4. ISF Overview

  5. ISF Systems: Prevention Synthesis and Translation System • Primary functions • To distill information, generated through research, about scientific innovations • To prepare the information for implementation by end users (e.g., practitioners) • Primary activities • Synthesize existing research and translate it for use by practitioners • Synthesis methods: 1. evidence synthesis 2. systematic review 3. integrative review 4. meta-analysis 5. review of literature 6. state of the science review • Goal of synthesis: identify key characteristics and core elements of programs, processes, principles, or policies • Note: While developers of an innovation play a major role in its translation, it is important to work collaboratively with the intended audience in order to develop a more useful product for the end-user

  6. ISF Systems: Prevention Support System • Primary functions • Innovation-specific capacity-building: assistance related to using a specific innovation • Example 1: providing information about an innovation before an organization decides if it wants to adopt • Example 2: providing training in how to carry out an innovation before it implements • Example 3: providing technical assistance (training, technical assistance, coaching) once the innovation is in use • General capacity-building: intended to enhance infrastructure, skills, and motivation of an organization • not focused on a specific innovation and does not directly assist with adoption of specific innovations • Activities to help stabilize the infrastructure of an organization (e.g., writing by-laws, grant writing, creating strong partnerships, developing leadership skills)

  7. ISF Systems: Prevention Delivery System • Primary function: carry out the activities necessary for implementation • Activities • Application or use of general and innovation-specific capacities to aid in implementation • General capacity: • activities related to maintaining a functioning organization (e.g., maintaining sufficient staffing, developing organizational leadership) • connecting with other organizations and the • Innovation-specific capacity: • Activities such as: 1. gathering information about possible innovations to put in place 2. choosing which innovations to use 3. taking steps to implement an innovation and continue its use over time

  8. Strengths of ISF • Details structures and functions that work bi-directionally to bridge science and practice • Highlights the importance of capacity within the systems involved in the dissemination and implementation of innovations in new settings • Includes activities and functions carried out by people in multiple types of roles • Highlights need for communication among different stakeholders in the system (funders, practitioners, trainers, researchers) • Illustrates potential for important collaboration and communication among stakeholders

  9. Conclusions • ISF provides heuristic for understanding key systems, functions, and relationships relevant to dissemination and implementation process • Identifies key stakeholders • Determines how key stakeholders can interact • Provides useful way of organizing existing dissemination and implementation theories from different disciplines • Suggests important areas for new research on dissemination and implementation • Suggests activities that could improve dissemination and implementation

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