The Journal of hand surgery · 2017
Use of a Bicortical Button to Safely Repair the Distal Biceps in a Two-Incision Approach: A Cadaveric Analysis.
СтатьяНазвание и аннотация: Перевод в очереди
Обработка статьи · этапы, ошибки и управление
Загрузка состояния…
Ошибки и ограничения
История · было → стало
Состояние обновляется каждые 5 секунд, пока блок открыт. Процент показывается только там, где известен объём работы. Пауза останавливает продолжение этапа; текущий запрос к источнику может завершиться.
Barlow Jonathan D, McNeilan Ryan J, Speeckaert Amy, Beals Corey T, Awan Hisham M
Аннотация
PURPOSE: No consensus has been reached on the most effective anatomic approach or fixation method for distal biceps repair. It is our hypothesis that, using a cortical biceps button through a 2-incision technique, the distal biceps can be safely and anatomically repaired.
METHODS: A 2-incision biceps button distal biceps repair was completed on 10 fresh-frozen cadavers. The proximity of the guide pin to the critical structures of the forearm, including the posterior interosseous nerve and recurrent radial artery, was measured. The location of repair was mapped and compared with anatomic insertion.
RESULTS: The average distance from the tip of the guide pin to the posterior interosseous nerve was 11.4 mm (range, 8-14 mm). The average distance from the tip of the guide pin to the recurrent radial artery was 12.5 mm (range, 8-19 mm). The distal biceps tendon was repaired to the anatomic insertion site on the tuberosity using the biceps button technique in all specimens.
CONCLUSIONS: The 2-incision biceps button repair described here allows safe and accurate repair of the tendon to the radial tuberosity in this cadaveric study.
CLINICAL RELEVANCE: The goal of distal biceps repair is to safely, securely, and anatomically repair the torn biceps tendon to the radial tuberosity. The most commonly performed techniques (single anterior incision with cortical button and the double-incision procedure with bone tunnels and trough) have limitations. A 2-incision button repair safely and anatomically repairs the distal biceps tendon.
METHODS: A 2-incision biceps button distal biceps repair was completed on 10 fresh-frozen cadavers. The proximity of the guide pin to the critical structures of the forearm, including the posterior interosseous nerve and recurrent radial artery, was measured. The location of repair was mapped and compared with anatomic insertion.
RESULTS: The average distance from the tip of the guide pin to the posterior interosseous nerve was 11.4 mm (range, 8-14 mm). The average distance from the tip of the guide pin to the recurrent radial artery was 12.5 mm (range, 8-19 mm). The distal biceps tendon was repaired to the anatomic insertion site on the tuberosity using the biceps button technique in all specimens.
CONCLUSIONS: The 2-incision biceps button repair described here allows safe and accurate repair of the tendon to the radial tuberosity in this cadaveric study.
CLINICAL RELEVANCE: The goal of distal biceps repair is to safely, securely, and anatomically repair the torn biceps tendon to the radial tuberosity. The most commonly performed techniques (single anterior incision with cortical button and the double-incision procedure with bone tunnels and trough) have limitations. A 2-incision button repair safely and anatomically repairs the distal biceps tendon.