Prototype of an App Designed to Support Self-Management for Health Behaviors and Weight in Women Living With Breast Cancer: Qualitative User Experience Study.

Background: Accessible self-management interventions are required to support people living with breast cancer.

Objective: This was an industry-academic partnership study that aimed to collect qualitative user experience data of a prototype app with built-in peer and coach support designed to support the management of health behaviors and weight in women living with breast cancer.

Methods: Participants were aged ≥18 years, were diagnosed with breast cancer of any stage within the last 5 years, had completed active treatment, and were prescribed oral hormone therapy.

Tracked Physical Activity Levels Before and After a Change in Incentive Strategy Among UK Adults Using a Rewards App: Retrospective Quasi-Experimental Study.

Background: Financial incentives delivered via apps appear to be effective in encouraging physical activity. However, the literature on different incentive strategies is limited, and the question remains whether financial incentives offer a cost-effective intervention that could be funded at the population level.

Objective: This study aimed to explore patterns of tracked physical activity by users of an incentive-based app before and after a change in incentive strategy.

Changes in LEND trainees' understanding and application of diversity, equity, inclusion, and justice principles.

Objectives: To assess changes in trainees' knowledge and application of Diversity, Equity, Inclusion, and Justice (DEIJ) concepts after participating in a midwestern academic medical center Leadership Education in Neurodevelopmental and Related Disabilities (LEND) program. LEND is a federally funded year-long program training individuals of various disciplines (e.g.

An Analysis of Junctional Tourniquet Use Within the Department of Defense Trauma Registry.

Background: Junctional hemorrhage is a leading cause of battlefield death. Multiple FDA-approved junctional tourniquet (JTQ) models demonstrate effective hemorrhage control in laboratory settings. However, there are few real-world use cases within the literature.