Hyaluronic acid makes its way to smart devices!

In innovation is a scientific boom, researchers from the Australian University of La Trope enabled the conversion of hyaluronic acid, which is common in skin moisturizing and anti -aging preparations, to an essential component in developing highly developed electronic devices.

The scientific team has developed a new, delicate and transparent substance, using this acid on a golden surface to form a highly connected polymer known as 2D Pedot. What distinguishes this material is to combine almost complete transparency, high elasticity, and electrical conductivity comparable to minerals, which makes it ideal for applications such as smartphones, wearable devices, and precise medical sensors.

The result of long awaited

For years, scientists have suffered from the difficulty of producing high -quality, high -quality membranes. However, the new technology enabled researchers to control the form of the polymer and its characteristics, bypassing one of the oldest challenges in this field.

The main researcher, Louisa Agyar de Nasimto, confirmed that the resulting material is not only thin and very connected, but can also be produced with high accuracy and reliability. As for the associate professor, Rin Green, he stressed that traditional polymers have always suffered from weak transparency and instability, while 2D Pedot is a “qualitative leap” by all standards.

Smart devices .. more intelligent

This substance represents a major shift in the development of medical devices, especially those dedicated to patient health monitoring and delivery of treatments with extreme accuracy.

This discovery paves the way for a new generation of smart electronics, characterized by light weight, flexibility, transparency, and its high ability to interact with the human body, which opens future horizons for more advanced and integrated medical and personal devices.

Source: Interesting Engineering