Publications by authors named "J H Einhorn"

Introduction: This study examines the changes in childhood self-reported health and wellbeing between 2014 and 2022.

Methods: An annual survey delivered by HAPPEN-Wales, in collaboration with 500 primary schools, captured self-reported data on physical health, dietary habits, mental health, and overall wellbeing for children aged 8-11 years.

Results: The findings reveal a decline in physical health between 2014 and 2022, as evidenced by reduced abilities in swimming and cycling.

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Background: Hypertension is a leading cause of cardiovascular and kidney disease in the United States, yet blood pressure (BP) control at a population level is poor and worsening. Systematic home BP monitoring (HBPM) programs can lower BP, but programs supporting HBPM are not routinely used. The MyBP program deploys automated bidirectional text messaging for HBPM and disease self-management support.

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Home blood pressure monitoring (HBPM) can improve hypertension management. Digital tools to facilitate routinized HBPM and patient self-care are underutilized and lack evidence of effectiveness. MyBP provides video-based education and automated text messaging to support continuous BP self-monitoring with recurring feedback.

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Objective: Hypertension is largely asymptomatic and, as a result, patients often fail to sufficiently engage in medication adherence and other health behaviors to control their blood pressure (BP). This study explores the mechanisms by which MyBP, an automated SMS-facilitated home blood pressure monitoring (HBPM) program, helps facilitate healthy behavior changes.

Methods: A thematic analysis of transcribed audio-recordings from semi-structured post-intervention interviews (n = 40) was conducted.

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Background: Uncontrolled hypertension constitutes a significant challenge throughout the world. Blood pressure measurement by patients is informative for both patients and providers but is rarely performed systematically, thereby reducing its utility. Mobile phones can be used to efficiently prompt individuals to measure blood pressure and automate data management while avoiding technology barriers to widespread adoption.

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