Figure 1
From: Development of a wireless bioelectronic actuator for wound healing in a porcine model
a Exploded view of the integrated PCB-PDMS wireless bioelectronic actuator. Created with Autodesk Fusion 2024. b Wireless bioelectronic devices are placed on the back of a pig to enable wireless communication with a laptop for real-time data acquisition and control of Flx\(^+\) and/or EF delivery for wound healing. The actuators measure the current passing through each wound, while cameras capture images of the wound surface. A wound healing algorithm running on the laptop processes these images to predict the wound healing stage. Based on these predictions, target current levels are set and transmitted to the actuator to control the current-and thereby the drug delivery rate. This cycle repeats until the target dose is achieved. Created with BioRender.com, Autodesk Fusion 2024, Microsoft PowerPoint 2025, and Adobe Illustrator 2023.
