Biomedical signals monitoring based in mobile computing

Area of Science:

• Biomedical Engineering
• Medical Instrumentation
• Digital Health

Background:

• Limited access to healthcare in remote areas necessitates innovative monitoring solutions.
• Traditional blood pressure monitoring can be resource-intensive and inaccessible for some populations.

Purpose of the Study:

• To develop a biomedical instrumentation prototype for acquiring, processing, and transmitting biomedical signals.
• To create a digital blood pressure meter for remote patient monitoring.
• To enhance healthcare accessibility in regions with limited clinical resources.

Main Methods:

• Acquisition and processing of biomedical signals using a microcontroller.
• Development of a communication interface for data transmission.
• Integration into a digital blood pressure meter prototype.

Main Results:

• Successful development of a functional digital blood pressure meter prototype.
• Capability to acquire, process, and transmit blood pressure data.
• Enables remote monitoring via personal computer or cell phone.

Conclusions:

• The developed prototype facilitates remote patient monitoring, particularly for individuals in underserved areas.
• This technology can improve patient quality of life and healthcare system efficiency.
• Potential to enhance government healthcare attendance indices through improved access.