New Wearable Sensor Basing On Paper Can Save Lives Of Patients

Benegal Phadatare - Oct 01, 2018


New Wearable Sensor Basing On Paper Can Save Lives Of Patients

A new wearable sensor that can save lives of patients has been found by Researchers at Purdue University. It looks like a tattoo!

Thanks to the work of researchers at Purdue University, it is now possible to monitor the health of patients that live too far from the hospital. They just need to stay at home and let the new wearable sensor "smart sticker" do the work.

Smart-Stickers-Human-2-Resize-Md
Smart Stickers

The ingredients of the new "smart stickers" are mainly cellulose. Therefore, they are comparatively cheap and also breathable to the users' skin.

Speaking about this new product, Ramses Martinez, Purdue University Assistant Professor of Industrial Engineering and Biomedical Engineering, said:

Capture

How could we use these "smart stickers"?

The main function of this product is for keeping an eye on the patient’s physical activity. When any problem is up, this stickers will act as an alert to warn its users. 

Other health professionals can also make use of this new sticker in other medical surveillance. Athletes can use it as a tool to record their performance during their exercise, for instance.

Smart-Stickers-Testing
Smart Stickers Testing

Being biocompatible also mean that these new stickers can also be implanted internally to patients’ organs, causing no harm to their body.

How can the sensor stay dry and not fall off?

The patterns that have the shape of serpentine will allow these tickers to be very thin. They are also able to stretch and contract with the human skin.

We also don’t need to worry about them getting wet, as the stickers are made of cellulose.

However, human might easily get wet, as we sweat when doing normal activities or taking a shower. But there is no need to worry, researchers have taken this into account and developed a special molecular coat that can resist water, oil, dust, and microbes.

This study was originally published in ACS Advanced Materials and Interfaces.

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