Wearable Sensors: Injecting a Sensor into the Bloodstream
Summary
In this article, we explore the possibility of injecting a sensor into the bloodstream to monitor the body’s medical essence continuously. The sensor, which is about 90 microns in size, would be lodged in a finger and powered by the blood itself. We discuss the potential benefits of this technology, such as following free circulating DNA for cancer patients and predicting immune attacks.
Table of Contents
- What is a sensor in the blood?
- How does the sensor work?
- Potential benefits of the technology
What is a sensor in the blood?
A sensor in the blood is a new wearable sensor that takes the current phase of wearable sensors to an “uber level.” The sensor is injected into a vein in the arm and lodges in a finger, providing a window into the body’s medical essence. The sensor is about 90 microns in size and is powered by the blood itself.
How does the sensor work?
The sensor is an outgrowth of digitizing the human body. It recognizes a pattern rather than decoding the whole thing, making it possible to couple a sensor to a specific signal. The sensor can monitor genomic signatures, DNA, RNA, or antibodies. The sensor talks continuously to a smartphone, providing real-time monitoring of the body.
Potential benefits of the technology
The technology has several potential benefits, such as following free circulating DNA for cancer patients and predicting immune attacks. The continuous monitoring of the body’s medical essence could help predict and prevent diseases. However, the technology is still in its early stages, and animal testing is being conducted to ensure its safety. It may take a few years before it is available to patients.
Conclusion
The sensor in the blood is an exciting development in wearable sensor technology. It has the potential to revolutionize the way we monitor our bodies and predict diseases. However, it is still in its early stages, and more research needs to be done to ensure its safety and effectiveness.
