
Patient-directed acoustic surveillance for LVAD complications
Patients upload cardiac tones from digital stethoscopes to develop acoustic signatures associated with LVAD complications.
With its mission in mind, DIHI strives to implement each of its innovations to positively impact clinical care in the real world. DIHI has designed, led, and measured impact for numerous innovation implementations. Moreover, DIHI applies its evolving methodologies into the design and implementation of each new innovation, thereby increasing the speed to deliver value and expanding the potential for achievable transformative innovation.

Patients upload cardiac tones from digital stethoscopes to develop acoustic signatures associated with LVAD complications.

Implement an RFID system that could be integrated into the OR to measure instrument usage autonomously.

Identify optimal, individualized treatment policies for insulin dosing in the context of systemic glucocorticoids.

Developing an innovative GME Trainee Primary Care eVisit Program within Duke Primary Care.

To develop and validate a computer algorithm to correctly estimate left ventricular ejection fraction (LVEF) as an initial step toward a fully automated echocardiogram evaluation.

Systematically engaging families and helps ICU clinicians deliver needs-targeted palliative care.

Demonstrate the feasibility and utility of integrating electronic patient-reported outcomes (ePROs) into the existing Epic electronic health record for use in outpatient cancer care.

An iOS app for individuals with Parkinson’s disease (PD) designed to help users make postural corrections throughout the day.

A mobile application to assist patients in walking after a surgical procedure.