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Patient-directed follow-up for the clinical scaphoid fracture
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AimsOccult (clinical) injuries represent 15% of all scaphoid fractures, posing significant challenges to the clinician. MRI has been suggested as the gold standard for diagnosis, but remains expensive, time-consuming, and is in high demand. Conventional management with immobilization and serial radiography typically results in multiple follow-up attendances to clinic, radiation exposure, and delays return to work. Suboptimal management can result in significant disability and, frequently, litigation.MethodsWe present a service evaluation report following the introduction of a quality-improvement themed, streamlined, clinical scaphoid pathway. Patients are offered a removable wrist splint with verbal and written instructions to remove it two weeks following injury, for self-assessment. The persistence of pain is the patient’s guide to ‘opt-in’ and to self-refer for a follow-up appointment with a senior emergency physician. On confirmation of ongoing signs of clinical scaphoid injury, an urgent outpatient ‘fast’-wrist protocol MRI scan is ordered, with instructions to maintain wrist immobilization. Patients with positive scan results are referred for specialist orthopaedic assessment via a virtual fracture clinic.ResultsFrom February 2018 to January 2019, there were 442 patients diagnosed as clinical scaphoid fractures. 122 patients (28%) self-referred back to the emergency department at two weeks. Following clinical review, 53 patients were discharged; MRI was booked for 69 patients (16%). Overall, six patients (< 2% of total; 10% of those scanned) had positive scans for a scaphoid fracture. There were no known missed fractures, long-term non-unions or malunions resulting from this pathway. Costs were saved by avoiding face-to-face clinical review and MRI scanning.ConclusionA patient-focused opt-in approach is safe and effective to managing the suspected occult (clinical) scaphoid fracture.Cite this article: Bone Jt Open 2024;5(2):117–122.
British Editorial Society of Bone & Joint Surgery
Title: Patient-directed follow-up for the clinical scaphoid fracture
Description:
AimsOccult (clinical) injuries represent 15% of all scaphoid fractures, posing significant challenges to the clinician.
MRI has been suggested as the gold standard for diagnosis, but remains expensive, time-consuming, and is in high demand.
Conventional management with immobilization and serial radiography typically results in multiple follow-up attendances to clinic, radiation exposure, and delays return to work.
Suboptimal management can result in significant disability and, frequently, litigation.
MethodsWe present a service evaluation report following the introduction of a quality-improvement themed, streamlined, clinical scaphoid pathway.
Patients are offered a removable wrist splint with verbal and written instructions to remove it two weeks following injury, for self-assessment.
The persistence of pain is the patient’s guide to ‘opt-in’ and to self-refer for a follow-up appointment with a senior emergency physician.
On confirmation of ongoing signs of clinical scaphoid injury, an urgent outpatient ‘fast’-wrist protocol MRI scan is ordered, with instructions to maintain wrist immobilization.
Patients with positive scan results are referred for specialist orthopaedic assessment via a virtual fracture clinic.
ResultsFrom February 2018 to January 2019, there were 442 patients diagnosed as clinical scaphoid fractures.
122 patients (28%) self-referred back to the emergency department at two weeks.
Following clinical review, 53 patients were discharged; MRI was booked for 69 patients (16%).
Overall, six patients (< 2% of total; 10% of those scanned) had positive scans for a scaphoid fracture.
There were no known missed fractures, long-term non-unions or malunions resulting from this pathway.
Costs were saved by avoiding face-to-face clinical review and MRI scanning.
ConclusionA patient-focused opt-in approach is safe and effective to managing the suspected occult (clinical) scaphoid fracture.
Cite this article: Bone Jt Open 2024;5(2):117–122.
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