Orthopaedics & traumatology, surgery & research : OTSR · 2021
Tension-band wiring of displaced stable olecranon fractures with Eyelet-pins in the elderly: A series of 17 cases.
СтатьяНазвание и аннотация: Перевод в очереди
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Tsujino Shohei, Tsujino Akihito, Matsubara Masaaki
Аннотация
BACKGROUND: Tension-band wiring (TBW) and plate fixation are commonly used to fix displaced olecranon fractures. However, the high incidence of complications in the elderly, such as wound breakdown, infection, and loss of reduction, remain a concern for orthopaedic surgeons. Furthermore, patients frequently suffer from removal of the hardware. Even so, the operation seems to be indicated for independent elderly patients to return to their former activities of daily living.
HYPOTHESIS: TBW of displaced stable olecranon fractures with Eyelet-pins in the independent elderly reduce the incidence of complications and allow early elbow joint exercise to keep their former activities.
PATIENTS AND METHODS: We operated on the displaced stable olecranon fractures of 17 independent patients aged ≥ 70 using TBW with two Eyelet-pins. Eyelet-pins have an eyelet at the trailing end to prevent pin migration by passing a soft wire through it. The patients were reviewed clinically and radiologically at 2, 6, 12, and 24 weeks, and clinically at 1 year after the surgery.
RESULTS: All fractures were united within 12 weeks, and the anatomic reduction was maintained. Mean radiographic proximal migration of the Eyelet-pins was 0.4mm (0.1 ∼ 1.2mm). Mean active elbow flexion was 136° (115° ∼ 145°) and extension 6.2° (0° ∼ 30°). Two patients had mild local pain and pain on motion at the tip of the eyelet. No patient required removal of the hardware. Other complications, such as superficial or deep wound infections, and neurological symptoms or signs, were not seen. All patients were able to maintain their former activities of daily living.
CONCLUSION: TBW with Eyelet-pins for displaced stable olecranon fractures is useful for independent elderly patients to reduce the incidence of complications and to maintain their former activities of daily living without removal of the hardware.
LEVEL OF EVIDENCE: IV; single-centre retrospective study.
HYPOTHESIS: TBW of displaced stable olecranon fractures with Eyelet-pins in the independent elderly reduce the incidence of complications and allow early elbow joint exercise to keep their former activities.
PATIENTS AND METHODS: We operated on the displaced stable olecranon fractures of 17 independent patients aged ≥ 70 using TBW with two Eyelet-pins. Eyelet-pins have an eyelet at the trailing end to prevent pin migration by passing a soft wire through it. The patients were reviewed clinically and radiologically at 2, 6, 12, and 24 weeks, and clinically at 1 year after the surgery.
RESULTS: All fractures were united within 12 weeks, and the anatomic reduction was maintained. Mean radiographic proximal migration of the Eyelet-pins was 0.4mm (0.1 ∼ 1.2mm). Mean active elbow flexion was 136° (115° ∼ 145°) and extension 6.2° (0° ∼ 30°). Two patients had mild local pain and pain on motion at the tip of the eyelet. No patient required removal of the hardware. Other complications, such as superficial or deep wound infections, and neurological symptoms or signs, were not seen. All patients were able to maintain their former activities of daily living.
CONCLUSION: TBW with Eyelet-pins for displaced stable olecranon fractures is useful for independent elderly patients to reduce the incidence of complications and to maintain their former activities of daily living without removal of the hardware.
LEVEL OF EVIDENCE: IV; single-centre retrospective study.