Description:
- Image-guided ultrasound
- Wearable stimulator
- Closed-loop targeting
- Noninvasive pacing
Abstract
USC researchers have developed a portable, wearable system intended to support noninvasive cardiac rhythm management using an ultrasound-based approach. The technology is designed to deliver controlled cardiac stimulation without implanted leads or surgical implantation, with the goal of expanding access to pacing-like therapy in settings where invasive procedures are undesirable or impractical. The platform is positioned as a next-generation alternative to traditional implantable devices, aiming to provide a more convenient, lower-burden option for patients and clinicians who need rhythm support but want to avoid the risks and complexity of implantation.
Benefit
- Avoids surgical implantation and implanted leads
- Reduces procedure burden and follow-up complexity compared with implantable systems
- Enables a portable form factor that may support broader access to rhythm support
- Supports controlled stimulation intended for rhythm management needs
Market Application
This technology may be relevant for cardiac rhythm disorders where a noninvasive stimulation option could be valuable, including temporary rhythm support, patient populations where implants are challenging, and care environments that benefit from portability (e.g., outpatient, acute care, home health, and ambulatory settings). Potential licensees include companies in cardiac electrophysiology and pacing, medical ultrasound, and digital health/remote patient monitoring that are developing less invasive rhythm management solutions.
Publications
None listed
Other
Stage of Development