Peroneal tendon disorders

Davda, Kinner; Malhotra, Karan; O’Donnell, Paul; Singh, Dishan; Cullen, Nicholas

doi:10.1302/2058-5241.2.160047

Cited by 117 publications

(137 citation statements)

References 50 publications

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“…Fizik hipertrofiler (Şekil 6) gibi kemik patolojilerinin değerlendirilmesi için bilgisayarlı tomografi (BT) en iyi yöntemdir. [12] İlk kez van Dijk ve Kort tarafından tanımlanan peroneal tendoskopi, peroneal tendon yaralanmalarının tanısında kullanılmaya başlamıştır. [13] Önce fibula tipinin 2 cm distaline tendonla aynı hizada distal portal açılır.…”

Section: öYkü Ve Fi̇zi̇k Muayeneunclassified

“…BT, prensip olarak tanı için kullanılsa da, basit tenosinoviyektomi ve yapışıklıkların açılması için de kullanılabilir. [12]…”

Section: öYkü Ve Fi̇zi̇k Muayeneunclassified

“…Grade 3 peroneal dislokasyonlar, kısa bacak alçı-atel immobilizasyonu ile tedavi edilebilir. [12] Fakat, diğer gruplar için bildirilmiş başarı oranları düşüktür (%26-57) ve genellikle cerrahi gerekir. [28]…”

Section: Peroneal Tendon Subluksasyon Ve Di̇slokasyonlarinin Tedavi̇si̇unclassified

“…Bu işlem esnasında, tendonun yerine yerleşmesi için ve hareket edebilmesine izin verecek yeterli gerginlik ayarlanır ve ardından insizyon hattı boyunca büzülerek kapatılır. [12] Kronik Dislokasyon SPR'nin tedavisinin temeli olarak, birçok yumuşak doku ve kemik operasyonlarını içeren teknikler bildirilmiştir.…”

Section: Superior Peroneal Retinakulumun Direkt Onarımıunclassified

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Sporcularda peroneal tendon sorunları

Ci̇van¹,

Ürgüden²

2018

TOTBID

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Section: öYkü Ve Fi̇zi̇k Muayeneunclassified

“…BT, prensip olarak tanı için kullanılsa da, basit tenosinoviyektomi ve yapışıklıkların açılması için de kullanılabilir. [12]…”

Section: öYkü Ve Fi̇zi̇k Muayeneunclassified

Section: Peroneal Tendon Subluksasyon Ve Di̇slokasyonlarinin Tedavi̇si̇unclassified

Section: Superior Peroneal Retinakulumun Direkt Onarımıunclassified

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Sporcularda peroneal tendon sorunları

Ci̇van¹,

Ürgüden²

2018

TOTBID

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“…As muscles of the lateral (fibular or peroneal) compartment of the leg are essential in the management of ankle pathologies and important tools in surgical reconstruction, comprehension of the anatomic variants of these muscles is crucial (Davda et al, 2017). The lateral compartment is supplied by the superficial fibular nerve and normally contains just two muscles, fibularis brevis and fibularis longus.…”

Section: Introductionmentioning

confidence: 99%

Bilateral Tripartite Insertion of the Fibularis (Peroneus) Brevis Muscle: a Case Report

et al. 2019

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tripartite insertion of the fibularis (peroneus) brevis muscle: A case report. Int. J. Morphol., 37(2):481-485, 2019. SUMMARY:The fibularis brevis muscle typically inserts by a single long, robust, flat tendon upon the base of the fifth metatarsal. In this case report, we demonstrate two comparatively small accessory tendons of insertion in both the right and left limbs of an elderly cadaver. In each limb, the superior and inferior accessory tendons arose from the distal end of the main tendon of insertion to attach to, respectively, the shaft and neck of the fifth metatarsal. The bilateral presence of this comparatively rare condition is a new finding. Review of the literature reveals that these accessory tendons are most probably remnants of the inserting tendons of the atavistic muscle peroneus digiti minimi. The presence of this anomaly could affect reconstruction surgeries that utilize the inserting tendon of fibularis brevis, and treatment of avulsion fractures of the base of the fifth metatarsal.

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The role of the angle of the fibularis longus tendon in foot arch support

et al. 2020

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Introduction Understanding the contribution of the fibularis longus tendon to the support of the midfoot arches has potential therapeutic applications. This cadaveric study sought to quantify this support across both the transverse arch and medial longitudinal arch and to establish whether a correlation exists between this support and the angle at which the tendon enters the sole. Materials and methods Markers placed in 11 dissected cadaveric foot specimens defined the arch boundaries. Incremental weights up to 150 N were applied to the fibularis longus tendon to simulate progressive muscle contraction, and associated changes in the transverse and medial longitudinal arch boundaries were recorded. Results A force of 150 N reduced the transverse arch distance by 4.6 (1.7) mm (mean [SD]) and medial longitudinal arch distance by 6.8 (1.4) mm. The angle of the fibularis longus tendon on the sole correlated well with changes in the transverse arch distance (slope ± s.e. = 0.56 ± 0.13 mm/degree, Pearson r = .83, p = .002) but only weakly with the medial longitudinal arch (0.18 ± 0.18 mm/degree, r = .32, p = .33). Conclusions The results of this preliminary study raise the possibility that physical therapies targeting the fibularis longus tendon may be valuable in the management of midfoot arch collapse. The correlation observed with the transverse arch suggests the possibility that surgical modification of the angle of the fibularis longus tendon on the sole may benefit patients with transverse arch collapse.

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Peroneal tendon disorders

Cited by 117 publications

References 50 publications

Sporcularda peroneal tendon sorunları

Sporcularda peroneal tendon sorunları

Bilateral Tripartite Insertion of the Fibularis (Peroneus) Brevis Muscle: a Case Report

The role of the angle of the fibularis longus tendon in foot arch support

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