In this module, learners will be able to understand the overall surgical workflow and stepwise approach of handheld robotics for TKA procedures. The module includes faculty led cadaver lab demonstration videos guiding the user through setup, registration, planning and bone execution.
Contributors:
- Mr Simon Jennings, United Kingdom
In this module, learners will be able to understand the overall surgical workflow and stepwise approach of handheld robotics for UKA procedures. The module includes faculty led cadaver lab demonstration videos guiding the user through setup, registration, planning and bone execution.
Contributors:
- Mr Dinesh Nathwani, United Kingdom
In this module, learners will be able to deep-dive into the set up and specificities of handheld robotics for UKA and primary TKA procedures. The module includes interactive learnings with short QA assessment, faculty led cadaver lab demonstration as well as support materials.
Contributors:
- Mr Simon Jennings, United Kingdom
- Mr Dinesh Nathwani, United Kingdom
In this module, learners will be able to deep-dive into the set up and specificities of handheld robotics for UKA and primary TKA procedures. The module includes interactive learnings with short QA assessment, faculty led cadaver lab demonstration as well as support materials.
Contributors:
- Mr Simon Jennings, United Kingdom
- Mr Dinesh Nathwani, United Kingdom
Accredited by the Royal College of Surgeons of England
In this on-demand educational video, you will hear from international experts about balancing and planning with several TKA devices. The faculty will also demonstrate how to optimize robotic proficiency through an end to end digital ecosystem. The webinar closes after a Q&A session with the experts.
Contributors:
- Mr Chris Jones, Australia
- Dr Steven Nishiyama, United States of America
- Dr David Rovinsky, United States of America
Accredited by the Royal College of Surgeons of England
In this on-demand educational video, you will hear from international experts about addressing TKA alignment and balancing philosophies through handheld robotics.
Education includes didactic presentations and case reviews:
- How does image-free robotic-assisted surgery fit in the modern Orthopaedic practice
- Handheld Robotic System - alignment and balancing philosophies
- A modern, robotic approach in knee replacement with surgeon-controlled, handheld robotics in challenging cases
- Panel discussion and Q&A session
Contributors:
- Dr Thorsten Seyler, United States of America
- Dr Peter Bollars, Belgium
- Dr Ali Al Belooshi, United Arab Emirates
Accredited by the Royal College of Surgeons of England*
In this short module, we will be exploring the role of enabling technologies in total knee arthroplasty, how navigation, patient specific instruments or robotics, in providing experts experience and feedback, outcomes and evidence review.
The experts debate the advantages, technological capabilities, and cost implications of using robotics, Patient Specific Instruments (PSI) and digital ecosystems in knee arthroplasty, and how they influence outcomes. In the context of clinical evidence, the faculty discuss how enabling technologies help accuracy, alignment, range of motion, and gap balancing.
Contributors:
- Dr Alvin Ong, United States of America
- Mr Andrew Porteous, United Kingdom
- Dr Michael Ast, United States of America
Accredited by the Royal College of Surgeons of England*
Experts lecture and share experience on the role of robotics assistance in knee arthroplasty. They outline what would constitute ‘perfect’ surgery, focusing on aspects such as rotation, positioning and alignment, then demonstrates the features of handheld robotics assistance- both during surgery and for pre-operative planning. After briefly presenting evidence on the performance of robotic assisted knee arthroplasty, they examine future trends towards robotics in arthroplasty.
Contributors:
- Dr James Chow, United States of America
- Professor Sébastien Lustig, France
- Dr David Rovinsky, United States of America
- Dr Scott Colquhoun, United States of America
- Dr Narendra Vaidya, India
- Dr James Comadoll, United States of America
- Dr Paul Sasaura, United States of America
Accredited by the Royal College of Surgeons of England*
In this on-demand educational video, you will hear from international experts on how evolving enabling technology and kinematic knee design can influence the outcome.
Education includes didactic presentations and case reviews:
- Optimising kinematics and alignment with anatomical design implant
- Next generation, patient-specific robotics
- Putting it to practice: case presentation
Contributors:
- Professor Max Ettinger, Germany
- Dr Steven Haas, United States of America
- Dr Michael Ries, United States of America