DEVELOPMENT OF TRANSTHEORETICAL MODEL-BASED MOTIVATIONAL INTERVIEW FOR INCREASING PHYSICAL ACTIVITY USING ELECTRONIC WEARABLE DEVICES AMONG ETHNIC MINORITY ADULTS WITH PREDIABETES

Session Name
HUMAN FACTOR IN THE USE OF DIABETES TECHNOLOGY
Session Type
E-POSTER VIEWING (EXHIBITION HOURS)
Date
20.02.2020, Thursday
Session Time
09:30 - 15:30
Channel
E-Poster Area
Lecture Time
09:49 - 09:50
Presenter
  • Vered Kaufman-shriqui, Israel
Authors
  • Vered Kaufman-shriqui, Israel
  • Orly Manor, Israel
  • Milka Donchin, Israel
  • Orly Rauch, Israel
  • Siham Shweiki, Israel
  • Zyad Awwad, Israel
  • Yakir Kaufman, Israel
  • Amnon Lahad, Israel
  • Ora Paltiel, Israel

Abstract

Background and Aims

Prediabetes is a chronic condition that affects over 33% of US adults. Regular physical activity can reduce the conversion from prediabetes to diabetes. Recently, electronic wearable devices have gained popularity. However, the utility of motivational interviews (MI) in using those devices is questionable. We aim to present the development process of a culturally adopted MI to increase physical activity among an ethnic minority of Arabic-speaking residents of East Jerusalem with prediabetes to be used in a randomized controlled trial (RCT) aimed at increasing physical activity among prediabetes.

Methods

A literature review by graduate students found that concepts such as enjoyment of exercise and self-efficacy were positively associated with physical activity. Specific barriers to exercise in patients with prediabetes included perceived difficulty of engaging in exercise, failing to find enjoyable activity and feelings of tiredness. Accordingly, and while consulting with main stakeholders, a telephone-based MI was developed to identify patients’ stage of change, promote participants' autonomous motivation for behavior change and locate enjoyable activity.

Results

The process resulted in a draft prototype of a standardized protocol, which included questionnaire and guided answers that was continuously tested and changed during four months of development. Under the supervision of a faculty member and a primary care physician working with the target population a standardized manual was developed. The protocol will be used in a future RCT.

Conclusions

The proposed MI protocol could support the future examination of these devices to help decrease the risk of development of T2DM in patients with prediabetes.

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