行为改变技术:多模式生活方式干预简介

Q3 Medicine Lifestyle medicine (Hoboken, N.J.) Pub Date : 2024-01-20 DOI:10.1002/lim2.97
Anja Englund, Johan Nilsson Sommar, Benno Krachler
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引用次数: 0

摘要

导言:行为改变技术分类法第 1 版的开发目的是根据书面描述识别生活方式干预中最小的有效成分,即行为改变技术(BCT)。通过参与和直接观察干预活动,我们不仅要识别行为改变技术,还要评估每种行为改变技术的接触时间。通过增加接触时间这一维度,我们可以对所采用的不同行为改变技术进行定量比较。我们打算通过研究以下假设来证明这一点:在所有有针对性的生活方式中,与信息相关的BCT的接触时间相似,但在干预过程中接触时间会减少。 方法 在瑞典一家生活方式医学诊所进行的为期 5 周的强化多模式生活方式干预中,我们根据行为改变技术分类标准版本 1 确定了 BCT,并记录了行为改变干预中所有强制部分的 BCT 暴露时间。 结果 评估了 231 项独立的干预内容。就接触时间而言,BCTs 8.1 行为练习/排练(126 小时)、4.1 指导如何做出行为(98 小时)和 6.1 行为示范(65 小时)最为常见。不同治疗阶段对具有信息性质的行为改变技术的相对接触时间相似(33%-37%-28%;p = 0.09),但体育锻炼的接触时间高于饮食习惯、压力管理和非特定生活方式医学的接触时间(63%-25%-22%-25%;p <;0.001)。 结论 可以通过增加不同 BCT 的暴露时间来扩展行为改变技术分类法版本 1。由此得出的BCT-暴露概况可用于评估不同行为改变策略的相对重要性。
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The behaviour change technique: Profile of a multimodal lifestyle intervention

Introduction

The behaviour change technique taxonomy version 1 was developed to identify the smallest active ingredients of a lifestyle intervention, that is, behaviour change techniques (BCTs) based on a written description. By participation and direct observation of an intervention, we intend to not only identify BCTs but also assess exposure time for each BCT. Adding the dimension of exposure time should enable us to make quantitative comparisons between the different BCTs employed. We intend to demonstrate this by studying the hypotheses that exposure to information-related BCTs is similar for all targeted lifestyle modalities but decreases in the course of the intervention.

Methods

During 5-week intensive multimodal lifestyle interventions at a Swedish clinic for lifestyle medicine, we identified BCTs according to behaviour change technique taxonomy version 1 and noted exposure times to BCTs in all mandatory parts of the behaviour change intervention.

Results

Two hundred thirty-one independent intervention components were evaluated. BCTs 8.1 Behavioural practice/rehearsal (126 h), 4.1 Instruction on how to perform the behaviour (98 h) and 6.1 Demonstration of the behaviour (65 h) were the most common in terms of exposure time. Relative exposure to BCTs with an informative nature was similar for the different treatment phases (33%−37%−28%; p = 0.09) but higher for physical activity compared to food habits, stress management and unspecific lifestyle medicine (63%−25%−22%−25%; p < 0.001).

Conclusions

The behaviour change technique taxonomy version 1 can be extended by adding exposure time for different BCTs. The resulting BCT–exposure profile can be used for assessing the relative importance of different behaviour change strategies.

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审稿时长
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