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(for at least one location)
Rochester, MN
Describes the nature of a clinical study. Types include:
The objective of the proposed study is to evaluate the effectiveness and implementation of a culturally adapted, ANAI family-based incentives intervention for smoking cessation.
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Open for enrollment
The purpose of this study is to develop and pilot test a culturally relevant, Facebook delivered intervention to promote smoking treatment uptake and cessation among Alaska Native (AN) smokers.
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Eau Claire, WI, Rochester, MN
The purpose of this trial is to assess the impact of access to technology and/or coaching support on participation in and response to a behavioral health program for smoking cessation among rural Midwest Mayo Clinic patients.
Closed for enrollment
This present effort is the first step of a larger study. We are limiting the scope this AAIRB application to only the first step. The goal of the overall research study is to examine the acceptability and feasibility of using NMR to inform selection of pharmacologic treatment to increase smoking abstinence among ANAI people.
The aim of this IRB application (Aim 1a) is to refine a metabolism-informed pharmacologic intervention to optimize design and participation of a future pilot.
We will use a community-based participatory research (CBPR) approach with ANAI customer-owners, providers, and leaders to refine intervention materials and protocols used by Wells et al. for use in an ANAI clinical environment. By eliciting feedback on the acceptability and feasibility of components of the intervention through interviews, we will be able to refine the design of the intervention and future pilot.
Then, in a future AAIRB application, we will use rapid-cycle methods to beta-test the intervention with 10 customer-owners to further optimize the intervention (Aim 1b). In a third and final AAIRB application pertaining to this study, we will assess the refined intervention in a single-arm pilot (Aim 2). The current IRB application (Aim 1a) is only to conduct interviews to refine an NMR intervention and pilot design.