Key result
A scientific algorithmic methodology based on the evolution of femoroacetabular impingement surgery provides a stepwise model for introducing new surgical techniques to ensure evidence-based progression.
Why the study?
New surgical techniques risk being widely adopted before scientific evaluation, creating a need for a staged development model to evaluate efficacy within evidence-based medicine.
Proposes a stepwise, evidence-based model for introducing new surgical techniques, using femoroacetabular impingement surgery as an example.
May guide cautious adoption of new techniques; leaves open prospective validation across procedures.
Introducing new surgical techniques and concepts can be difficult. There are many hurdles to overcome initially, such as the learning curve, equipment and technique development, before a standard of care can be established. In the past, new surgical techniques have been developed, and even widely accepted, before any scientific evaluation has been made. At that stage, it may be too late properly to evaluate the effectiveness of treatments, as the objectiveness and/or randomisation process may be obstructed. Since the introduction of evidence-based medicine (EBM), there have been high standards of scientific rigour to prove the efficacy of treatments. Based on the nature of evidence-based acceptance, innovations cannot be subjected to this final process before their evolution process is complete and, as a result, there is a need for the staged scientific development of new surgical techniques that should be adopted. This paper presents a model for this kind of stepwise introduction based on the actual evolution of FAI syndrome surgery. By following a scientific algorithmic methodology, new surgical techniques and concepts can be introduced in a stepwise manner to ensure the evidence-based progression of knowledge.
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Öhlin et al. (2019) conducted a review in Femoroacetabular impingement (FAI) syndrome. Stepwise introduction of new surgical techniques was evaluated. A scientific algorithmic methodology based on the evolution of femoroacetabular impingement surgery provides a stepwise model for introducing new surgical techniques to ensure evidence-based progression.
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