Date: Wednesday, 27th June; Morning (1/2 day)
Whilst surgical implants have been used in clinical practice for many years, the ability to provide real time sensing and closed loop control and therapy is more recent. To provide structural and functional support or restoration yet being fully integrated with the local environment is the primary goal of implantable devices. Increasingly, new implants are moving from passive devices to active instrument, being able to sense, adapt, and actuate. This is also driven by the need to provide continuous sensing directly at the target location in vivo, such that targeted interventional or therapeutic measures can be deployed at the onset of adverse events. The development of smart implants also reshapes the future of regenerative medicine, promoting the use of biohybrid systems for functional restoration and augmentation, underpinned by new technologies in micro-nano technologies and materials science. There is therefore a convergence of implantable sensing and robotics in recent years, representing one of the most important emerging areas in surgical technologies.
This workshop aims to provide a forum to bring together basic science researchers, engineers, and healthcare practitioners from a diverse range of disciplines to present the current state-of-the-art in implantable sensing and robotics. It will also present some of the major technical challenges and unmet healthcare demands that can potentially reshape the future of surgical care and functional restoration.
Topics to be covered
· Sensor and actuator designs
· Sensor and actuator embodiment and flexible electronics
· Biohybrid system and mechanostimulation
· Stimulation and feedback mechanisms
· Ultra-low-power Application Specific Integrated Circuits (ASICs)
· Optical sensors and implantable systems
· Power harvesting and data exchange links
· Wireless data paths and security
· Neuroprostheses and neurorobotics
· Emerging clinical applications