Researchers from United Arab Emirates University Enhance Non-Surgical Blood Flow Monitoring Technology

Researchers from United Arab Emirates University have developed a new technology for non-surgical blood flow monitoring using piezoelectric pressure sensors. The technology relies on special materials that generate electric fields when subjected to mechanical stress, helping to measure vital physiological parameters such as blood flow velocity and viscosity.

The enhanced version of this technology provides greater accuracy in interpretation and is more cost-effective, making it suitable for use in both hospitals and home settings. This technology also provides real-time data that can help detect conditions such as blood clots.

Professor Mahmoud Al Ahmad, Research Team Coordinator, College of Engineering said: "Our goal is to improve an existing technology to make it more accurate and user-friendly, benefiting both patients and healthcare providers. It is worth mentioning that this project provided a training opportunity for four undergraduate students in scientific research. The team also plans to incorporate artificial intelligence technologies in the future to further enhance the system and expand its use."

This research highlights the pivotal role of interdisciplinary collaboration, where electrical engineers develop and optimize sensor performance, while biomedical specialists conduct the necessary tests and evaluate their applications in physiological fields. This exemplifies a model of integration between the academic, industrial, and governmental sectors in addressing pressing health challenges.

This innovation aligns with the UAE's vision to advance medical technology and reduce reliance on imports. It also contributes to strengthening the local medical device manufacturing sector and supports the UAE’s shift towards a knowledge-based economy. This innovation represents a significant step towards promoting health equity and providing accurate, affordable diagnostics worldwide. This reinforces the UAE's direction from both the economic and scientific perspectives and achieves the concept of sustainability.