Monitoring multiple biomarkers at once – Biotech’s future

The video discusses a continuous biomarker monitoring system using smart polymers. This technology can monitor multiple biomarkers simultaneously and is applicable in various markets, including bioprocess control and human clinical applications. The smart polymers change volume based on biomarker concentration, offering a non-enzymatic reaction method. The goal is to implement this technology in the human clinical market within a decade to improve the lives of people with chronic diseases.

What is one of the main benefits of continuous biomarker monitoring mentioned in the video?

• It reduces the cost of healthcare.

• It provides instant cures for diseases.

• It makes managing biomarker levels easier.

• It eliminates the need for medical professionals.

Which markets can the sensor technology be applied to, according to the video?

• Only animal monitoring

• Only bioprocess control

• Only human clinical applications

• Multiple markets including bioprocess control and water quality management

How does the smart polymer technology respond to changes in biomarker concentration?

• By producing sound

• By emitting light

• By changing volume

• By changing color

What is the expected impact of this technology on people with chronic diseases?

• It will have no impact.

• It will improve their quality of life.

• It will make their lives more challenging.

• It will cure chronic diseases.

What is the unique feature of the polymer chemistry used in the sensor technology?

• It requires frequent calibration.

• It is a true chemical enzymatic reaction.

• It can be tailored to respond to different biomarkers.

• It is only applicable to glucose monitoring.