Robotics assists bone preparation and implant positioning (mostly semi-active systems). Potential: improved accuracy, reproducibility, individualized alignment strategies. Limitations: cost, time, learning curve; uncertain long-term functional advantage. Evidence: improved radiographic accuracy; PROMs and survivorship similar in short- to mid-term. Use case: complex deformity, kinematic alignment strategies, teaching environments.
What is the primary advantage of robotic-assisted joint replacement compared to conventional methods?
Which of the following describes a semi-active robotic system in orthopaedic surgery?
What is a significant disadvantage of robotic-assisted joint replacement?
Which robotic system is currently the most widely used for total knee arthroplasty (TKA)?
In which scenario has robotic-assisted unicompartmental knee arthroplasty (UKA) shown the strongest evidence for improved outcomes?
What is a common pre-operative requirement for robotic-assisted knee arthroplasty systems like MAKO?
What is a key finding regarding the learning curve associated with robotic UKA?
Which of the following is true regarding the long-term clinical outcomes of robotic-assisted joint replacement?
What role does intraoperative registration play in robotic-assisted joint replacement?
What is one of the primary reasons for the historical higher revision rates of traditional UKA compared to TKA?
