scholarly journals Feasibility of implementing a behavioral economics mobile health platform for individuals with behavioral health conditions

2021 ◽  
Vol 11 (3) ◽  
pp. 505-510
Author(s):  
Barry Granek ◽  
Aja Evans ◽  
Jorge Petit ◽  
Mary Crawford James ◽  
Yixuan (Matt) Ma ◽  
...  

AbstractCoordinated Behavioral Care’s (CBC) Pathway Home™ (PH) program partnered with Wellth, Inc., a mobile health platform grounded in behavioral economics theory, to help individuals with behavioral health conditions build and reinforce health habits by providing daily reminders to take medication, requiring tasks (photos demonstrating remembrance), and providing financial incentives tied to behaviors. CBC made Wellth, Inc. available to individuals enrolling in its PH program for the purpose of demonstrating the feasibility of implementing a novel mobile technology grounded in behavioral economic theory to increase habits of health activities, such as taking medication, among adults with behavioral health conditions.

2015 ◽  
Vol 45 (3) ◽  
pp. 679-702 ◽  
Author(s):  
Ka Chun Cheung ◽  
Wing Fung Chong ◽  
Robert Elliott ◽  
Sheung Chi Phillip Yam

AbstractIn recent years, the determination of premium principle under various non-expected utility frameworks has become popular, such as the pioneer works by Tsanakas and Desli (2003) and Kaluszka and Krzeszowiec (2012). We here revisit the problem under another prevalent behavioral economic theory, namely the Disappointment Aversion (DA) Theory proposed by Gul (1991). In this article, we define and study the properties of theDA premium principle, which builds on the equivalent utility premium principle. We derive various properties of this premium principle, such as non-negative and no unjustified risk loading, translation invariance, monotonicity, convexity, positive (non-)homogeneity, independent (non-)additivity, comonotonic (non-)additivity and monotonicity with respect to the extent of disappointment. A generalized Arrow–Pratt approximation is also established. Explicit representations of the premium principle are obtained for linear and exponential utilities, and they reveal that the premium principle proposed echoes the capital reserve regulatory requirement in practice.


Author(s):  
Irina Rezanovich ◽  
Evgeniy Rezanovich ◽  
Alevtina Keller ◽  
Irina Savelieva

2016 ◽  
Vol 92 ◽  
pp. 62-67 ◽  
Author(s):  
Sarah H. Heil ◽  
Dennis J. Hand ◽  
Stacey C. Sigmon ◽  
Gary J. Badger ◽  
Marjorie C. Meyer ◽  
...  

2017 ◽  
Author(s):  
Kelly Bosak ◽  
Shin Hye Park

BACKGROUND Mobile health technology is rapidly evolving with the potential to transform health care. Self-management of health facilitated by mobile technology can maximize long-term health trajectories of adults. Little is known about the characteristics of adults seeking Web-based support from health care providers facilitated by mobile technology. OBJECTIVE This study aimed to examine the following: (1) the characteristics of adults who seek human support from health care providers for health concerns using mobile technology rather than from family members and friends or others with similar health conditions and (2) the use of mobile health technology among adults with chronic health conditions. Findings of this study were interpreted in the context of the Efficiency Model of Support. METHODS We first described characteristics of adults seeking Web-based support from health care providers. Using chi-square tests for categorical variables and t test for the continuous variable of age, we compared adults seeking Web-based and conventional support by demographics. The primary aim was analyzed using multivariate logistic regression to examine whether chronic health conditions and demographic factors (eg, sex, income, employment status, race, ethnicity, education, and age) were associated with seeking Web-based support from health care providers. RESULTS The sample included adults (N=1453), the majority of whom were female 57.60% (837/1453), white 75.02% (1090/1453), and non-Hispanic 89.13% (1295/1453). The age of the participants ranged from 18 to 92 years (mean 48.6, standard deviation [SD] 16.8). The majority 76.05% (1105/1453) of participants reported college or higher level of education. A disparity was found in access to health care providers via mobile technology based on socioeconomic status. Adults with annual income of US $30,000 to US $100,000 were 1.72 times more likely to use Web-based methods to contact a health care provider, and adults with an annual income above US $100,000 were 2.41 to 2.46 times more likely to access health care provider support on the Web, compared with those with an annual income below US $30,000. After adjusting for other demographic covariates and chronic conditions, age was not a significant factor in Web-based support seeking. CONCLUSIONS In this study, the likelihood of seeking Web-based support increased when adults had any or multiple chronic health conditions. A higher level of income and education than the general population was found to be related to the use of mobile health technology among adults in this survey. Future study is needed to better understand the disparity in Web-based support seeking for health issues and the clinicians’ role in promoting access to and use of mobile health technology.


2018 ◽  
Author(s):  
Ryan Shaw ◽  
Erica Levine ◽  
Martin Streicher ◽  
Elizabeth Strawbridge ◽  
Jennifer Gierisch ◽  
...  

BACKGROUND Providing financial incentives has gained popularity as a strategy to promote weight loss, but questions remain about how best to utilize them. A promising mobile health strategy provides users with near-real-time financial incentives based on both the process of weight loss (behavioral modification) and actual weight loss. To maximize the impact of this strategy, a methodology is needed to close the gap between the desired behavior and the financial incentive. Leveraging mobile health tools—such as mobile phone apps, cellular body weight scales that transmit data to physicians and researchers, and text messaging for instructions and encouragement—has the potential to close this gap. OBJECTIVE This study aimed to describe the development of an innovative technology-based solution and lessons learned from a feasibility trial—Log2Lose—that encouraged individuals to lose weight by providing near-real-time financial incentives for weight loss and/or dietary self-monitoring. METHODS We recruited participants (N=96) with a body mass index greater than or equal to 30 kg/m2 for a 24-week weight loss trial. Participants received a behavioral intervention of biweekly, in-person group sessions and were instructed to log a minimum number of daily calories in MyFitnessPal and to step on the BodyTrace cellular scale at least twice per week. In a 2×2 design, participants were randomized into 4 groups to receive financial incentives for the following: (group 1) weekly weight loss and dietary self-monitoring, (group 2) dietary self-monitoring only, (group 3) weekly weight loss only, or (group 4) no financial incentives. Diet and weight data from the devices were obtained through application programming interfaces. Each week, we applied algorithms to participants’ data to determine whether they qualified for a monetary incentive (groups 1-3). A text message notified these participants of whether they met weight loss and/or self-monitoring requirements to earn an incentive and the amount they earned or would have earned. The money was uploaded to a debit card. RESULTS Our custom-engineered software platform analyzed data from multiple sources, collated and processed the data to send appropriate text messages automatically, and informed study staff of the appropriate incentives. We present lessons learned from the development of the software system and challenges encountered with technology, data transmission, and participants (eg, lost connections or delayed communication). CONCLUSIONS With consistent and constant validation checks and a robust beta test run, the process of analyzing data and determining eligibility for weekly incentives can be mostly automated. We were able to accomplish this project within an academic health system, which required significant security and privacy safeguards. Our success demonstrates how this methodology of automated feedback loops can provide health interventions via mobile technology. CLINICALTRIAL ClinicalTrials.gov NCT02691260; https://clinicaltrials.gov/ct2/show/NCT02691260


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