This Flexible Bandage Helps Monitor Wound Healing Proactively
Rahul Kalvapalle — June 29, 2023 — Tech
References: news.nus.edu.sg & finance.yahoo
A team of scientists and researchers over at the National University of Singapore and the Institute of Materials Research and Engineering at the Agency for Science, Technology and Research have developed an innovative new smart bandage that is designed to be able to take advantage of AI in order to better monitor the recovery of wounds so that appropriate and timely intervention can be taken.
Conventionally, wound healing is visually studied by doctors, and often diagnosed using physical swabs. Unfortunately, this means that healing can only be monitored by regularly removing bandages, an action which increases risk of infection and can increase pain and suffering for patients.
This is where the new smart bandage comes in. Using flexible electronics, data processing and nano-sensor technologies, the PETAL (Paper-like Battery-free In situ AI-Enabled Multiplexed) patch monitors wound healing, with AI algorithms used to figure out the status of the healing process. This then allows for timely interventions without undue hassle for patients.
Image Credit: National University of Singapore
Conventionally, wound healing is visually studied by doctors, and often diagnosed using physical swabs. Unfortunately, this means that healing can only be monitored by regularly removing bandages, an action which increases risk of infection and can increase pain and suffering for patients.
This is where the new smart bandage comes in. Using flexible electronics, data processing and nano-sensor technologies, the PETAL (Paper-like Battery-free In situ AI-Enabled Multiplexed) patch monitors wound healing, with AI algorithms used to figure out the status of the healing process. This then allows for timely interventions without undue hassle for patients.
Image Credit: National University of Singapore
Trend Themes
1. Smart Bandages - The development of AI-enabled smart bandages is disrupting the healthcare industry by proactively monitoring wound healing and enabling timely interventions.
2. Flexible Electronics - Incorporating flexible electronics in bandages presents opportunities for disruptive innovation in the medical device industry, allowing for more accurate and convenient monitoring of wound healing.
3. AI Algorithms in Healthcare - The use of AI algorithms in healthcare applications, such as wound healing monitoring, opens up possibilities for disruptive innovation in the healthcare industry.
Industry Implications
1. Healthcare - The healthcare industry can benefit from AI-enabled smart bandages that monitor wound healing and provide timely interventions without needing to regularly remove bandages.
2. Medical Devices - The development of flexible electronics in bandages presents disruptive innovation opportunities in the medical device industry, improving the accuracy and convenience of wound healing monitoring.
3. Artificial Intelligence - The integration of AI algorithms in the healthcare sector, like wound healing monitoring in smart bandages, offers disruptive innovation prospects for the artificial intelligence industry.
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