We aim to explore the potential technologies for monitoring and assessment of patients undergoing arthroplasty by examining selected literature focusing on the technology currently available and reflecting on possible future development and application. The reviewed literature indicates a large variety of different hardware and software, widely available and used in a limited manner, to assess patients’ performance. There are extensive opportunities to enhance and integrate the systems which are already in existence to develop patient-specific pathways for rehabilitation. Cite this article:
Despite being one of the most common orthopaedic
operations, it is still not known how many arthroscopies of the knee
must be performed during training in order to develop the skills
required to become a Consultant. A total of 54 subjects were divided
into five groups according to clinical experience: Novices (n =
10), Junior trainees (n = 10), Registrars (n = 18), Fellows (n =
10) and Consultants (n = 6). After viewing an instructional presentation,
each subject performed a simple diagnostic arthroscopy of the knee
on a simulator with visualisation and probing of ten anatomical
landmarks. Performance was assessed using a validated global rating
scale (GRS). Comparisons were made against clinical experience measured
by the number of arthroscopies which had been undertaken, and ROC
curve analysis was used to determine the number of procedures needed
to perform at the level of the Consultants. There were marked differences between the groups. There was significant
improvement in performance with increasing experience (p <
0.05). ROC curve analysis identified that approximately 170 procedures
were required to achieve the level of skills of a Consultant. We suggest that this approach to identify what represents the
level of surgical skills of a Consultant should be used more widely
so that standards of training are maintained through the development
of an evidenced-based curriculum. Cite this article:
