This project developed a diabetes data visualization mobile application for adolescents and found that clinical and contextual data provided greater opportunity for self management and problem solving.
This project developed a tool to promote activation, communication, engagement, and self-management of pediatric blood and marrow transplant patients and their parents and found that patient-centric tools can successfully engage caregivers in hospital care.
The researchers developed a mobile health application to distribute evidence-based pain self-management strategies to patients with juvenile idiopathic arthritis.
This research pilot tested a sickle cell disease mobile application that was found to reduce acute care visits by patients with the condition.
This project applied a user-centered design process to understand the needs and attitudes for sharing patient-collected lifelog data with providers to improve management and decision making.
This research assessed the utilization of a “smart” pillbox, a prefilled electronic medication tray that sends electronic alerts and reports to patients, caregivers, and primary care providers for patients discharged from the hospital, finding an increased medication adherence among patients on five or more chronic medications.
This research demonstrated the feasibility of offering telemedicine rheumatology via video teleconference as an option for rheumatoid arthritis followup care.
The purpose of this study was to optimize and evaluate a patient portal eLearning program aimed at older adults called the Theory-based Patient Portal eLearning Program (T-PeP).
This research prospectively evaluated a machine learning algorithm that identifies candidates for neurologic surgery to control epilepsy.
This research team designed and tested an application called Power to the People to assist older patients to self-manage their chronic heart failure.
