The iCares bandage integrates advanced biosensors and AI to monitor chronic wounds, offering proactive care and early warning ...

The researchers plan to further refine the system, with the goal of reducing the wound scanning time from a minute or more to under 10 seconds and making the images clearer. They’re also planning to ...

Caltech’s iCares bandage samples fluid and tracks wound biomarkers to detect infection early and predict healing outcomes.

In 2023, Gao's team cleared the first hurdle toward achieving that goal by showing that a smart bandage they developed could provide real-time data about chronic wounds in animal models ...

In 2023, Gao's team cleared the first hurdle toward achieving that goal by showing that a smart bandage they developed could provide real-time data about chronic wounds in animal models, while also ...

In 2023, Gao's team cleared the first hurdle toward achieving that goal by showing that a smart bandage they developed could provide real-time data about chronic wounds in animal models ...

The researchers plan to further refine the system, with the goal reducing the wound scanning time from a minute or more to under 10 seconds and making the images clearer. They’re also planning to test ...

The iCares smart bandage on Wei Gao's arm. The bandage is composed of a flexible, biocompatible polymer strip that can be 3D printed at low cost. Disclaimer: AAAS and EurekAlert! are not ...

In 2023, Gao's team cleared the first hurdle toward achieving that goal by showing that a smart bandage they developed could provide real-time data about chronic wounds in animal models ...