Something of a cyborg heart patch has been developed by researchers to help blend human cells and electronics to create an implantable way to save a life.
The damage causes by heart attacks or disease can render a person in need of a heart transplant. The waiting list for a donor heart, however, is often so long that a person could pass before having access to a suitable transplant.
This new heart patch technology allows doctors to potentially forego transplant surgery and repair the heart of the patient in a quicker, less invasive way. The patch was created by professor Tal Dvir and Ron Reiner at the Tel Aviv University. The breakthrough technology can also be monitored remotely to ensure proper functionality.
Key Themes Behind This Trend
- Implantable Electronics
- The development of implantable electronics and blended human cells offers opportunities for new therapies and medical treatments.
- Remote Monitoring
- The ability to remotely monitor the functioning of medical patches has disruptive potential for the healthcare industry.
- Non-invasive Treatment
- Non-invasive treatments like heart patches have the potential to revolutionize the organ transplant industry by reducing wait times and improving success rates.
Where This Applies
- Medical Devices
- The medical device industry is in a good position to explore the development of implantable electronics that can help treat various medical conditions.
- Healthcare
- The healthcare industry can benefit from the development of non-invasive treatments that can help save lives while avoiding the need for more invasive and costly surgeries.
- Biotechnology
- Biotechnology companies can explore the potential of blended human cells and electronics to create new therapies and medical treatments that were not possible before.
