December 13, 2024 02:09 (IST)
Follow us:
facebook-white sharing button
twitter-white sharing button
instagram-white sharing button
youtube-white sharing button
UP teenager kills mother, lives with body for 5 days | At least six people including a child killed in Tamil Nadu hospital fire | Amid Atul Subhash row, SC says mere harassment is not enough to prove abetment to suicide | India's D Gukesh becomes youngest ever world champion in chess | Devendra Fadnavis meets PM Modi amid suspense over Maharashtra portfolio allocation | Congress wants to deviate the issue of Sonia Gandhi-George Soros link: JP Nadda | Bengaluru techie suicide: Atul Subhash's family demanded Rs. 10 lakh as dowry leading to my father's death, claims estranged wife | Syria rebels torch tomb of ousted president Bashar al-Assad's father | Donald Trump vows to eliminate birthright citizenship after taking charge | No alliance with Congress in Delhi polls: AAP chief Arvind Kejriwal

Chinese scientists develop skin-like system for blood pressure monitoring

| @indiablooms | Apr 28, 2020, at 12:02 pm

Beijing/Xinhua/UNI:  Chinese scientists have developed a skin-like integrated optoelectronic system that can be used as a wearable device for blood pressure monitoring.

Developed by researchers from Tsinghua University, the system looks like a thin and soft bandaid, which can be attached to human skin to achieve dynamic monitoring of blood pressure and blood oxygen and can wirelessly transmit the data to smart terminals in real-time.

Non-invasive continuous blood pressure monitoring is key to the treatment of cardiovascular diseases. However, the most commonly used blood pressure cuff is inconvenient and difficult to realize continuous blood pressure monitoring.

Researchers developed a strategy for blood pressure monitoring based on optical principles and used biocompatible materials to fabricate a skin-like optoelectronic system that can be conformally attached to human skin. By measuring the absorption of light with different wavelengths by the blood, the volume and velocity of blood can be measured to calculate blood pressure and blood oxygen.

The system can be attached to the wrist, and the measured data can be transmitted to terminals such as smartphones in real-time through an integrated Bluetooth chip. The system can overcome noise interference caused by motion and can be used while moving.

Clinical trials showed that the system can measure blood pressure with an absolute error of less than 10 mmHg, which can meet the standard of medical monitoring.
The system benefits from the innovation of theoretical model and device design and presents a novel strategy for achieving long-term dynamic monitoring of blood pressure and blood oxygen, according to the team.

The research was published in the journal National Science Review. 

Support Our Journalism

We cannot do without you.. your contribution supports unbiased journalism

IBNS is not driven by any ism- not wokeism, not racism, not skewed secularism, not hyper right-wing or left liberal ideals, nor by any hardline religious beliefs or hyper nationalism. We want to serve you good old objective news, as they are. We do not judge or preach. We let people decide for themselves. We only try to present factual and well-sourced news.

Support objective journalism for a small contribution.