Date: Wednesday, 27th June; Morning (1/2 day)
Micro- and nanoscale robots for targeted treatment and drug delivery represent a rapidly emerging and exciting robotics research area. Recent advances in the design, fabrication, and operation of micro/nanorobots have greatly enhanced their function, versatility and potential clinical use for a variety of biomedical applications. They also open up many new and unexplored medical therapies, from drug delivery to microsurgery. Both tethered and untethered micro-scale devices with nano-scale features that can navigate inside the human body offer unique opportunities for targeted drug delivery and therapy. Advances in micro/nanorobotics research in recent years have brought these “tiny surgeons” closer to reality, but many challenges still remain.
To scale-down to macro-scale robotic actuation and sensing technologies, novel methods of fabrication, actuation and sensing must be developed. There are many different aspects to consider when designing a micro/nanorobot, this workshop will focus on the challenges associated with the mechanical design, material selection and development, fabrication processes and energy storage or delivery for medical microrobots, as well as allied sensing, micro-fluidics, and smart micro-nano particles for targeted drug delivery. This workshop brings together researchers from around the world in the field of micro/nanorobotics to present and map out the challenges ahead and discuss recent progresses and future perspectives of micro/nanorobots in biomedicine, with a special focus on their potential advantages and applications for directed drug delivery, precision surgery, medical diagnosis, and detoxification. Future success of this technology requires close collaboration between robotics, medical, and nanotechnology experts and this workshop provides a forum for discussing how to realise the full potential of the technology for disease diagnosis, treatment, and prevention.
Topics to be covered
- New micro-nano fabrication techniques
- Steering, manipulation, and targeted delivery
- Kinematic, dynamic modeling and control of micro/nanorobotic systems
- Smart micro/nano particles
- Molecular self-assembly and swarm behavior
- Microorganisms, biohybrid carriers and targeting
- Micro-robotics and theranostic pharmaceutical design
- Power harvesting and actuation mechanisms
- Micro-nano fluidics, sensing and cell manipulation
- Emerging clinical applications
- Sylvain Martel, Polytechnique Montréal, Canada
- Joseph Wang, University California San Diego, USA