Telehealth Research and Research Methods

Develop Resources for Telehealth Research

In addition to evaluation of specific clinical programs, the MUSC COE has a variety of resources available to support telehealth research more broadly.

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Health Equity

Heat mapping telehealth

Showing geographic representations of telehealth utilization (“heat maps”) alongside population and social determinants of health mapping can help inform telehealth programs and payment policy. The…

MUSC
Telehealth Research and Research Methods

Increase Telehealth Virtual Visits for Rural Patients

While there was a significant uptick in the outpatient Telehealth visits during the COVID pandemic, many specialties have seen a decrease in outpatient visits performed…

UMMC
Telehealth Research and Research Methods

Increase Utilization of Telehealth Services: A Stakeholder Assessment of Telehealth Services

The project will assess barriers and facilitators for Telehealth utilization in Mississippi, especially in rural areas across the state. This project will examine knowledge and…

UMMC
Telehealth Research and Research Methods

Individualized Tele-Nutrition for Patients with Chronic Disease

The Mississippi health system cares for a significant portion of the adult population with diabetes, obesity, and other nutrition-related diseases. Medical Nutrition Therapy(MNT) administered by…

UMMC
Telehealth Research and Research Methods

Longitudinal Follow-up of COVID Patients via Telehealth

Post-acute Sars-CoV-19 Syndrome (PASC) or long-COVID19 is a well-described phenomenon referring to the persistent symptoms that patients experience >30days after their initial infection. The aim…

UMMC
School-based Health

Project ECHO Pediatric Dentistry

The pediatric dentistry learning community model (PDLCM) aims to provide patient case-based information to pediatric dentists practicing in rural communities. In a needs assessment survey…

UMMC
Telehealth Research and Research Methods

Remote Sensorimotor and Neurocognitive Examination in Virtual Reality

80-90% of sports and recreation brain injuries are considered mild traumatic brain injuries or concussion resulting in functional disturbances of sensorimotor control system. In this…

UMMC