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Morphological variations of the deltoid ligament of the medial ankle

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Morphological variations of the deltoid ligament were investigated in this study, with the aim of classifying the different types on the basis of their components. Sixty ankles from 39 cadavers were dissected. The origin and insertion sites of the deltoid ligament were identified, and its length, width, and thickness were measured. The deltoid ligament was divided into two layers, superficial and deep, which respectively comprised four components (tibionavicular, tibiospring, tibiocalcaneal, and superficial posterior tibiotalar ligaments) and two components (anterior tibiotalar and deep posterior tibiotalar ligaments). The tibiospring and tibiocalcaneal ligaments were found in 100% of the specimens, while the prevalence rates of other components lay within the range 63.3–96.7%. The tibionavicular and deep posterior tibiotalar ligaments were the thinnest and thickest, respectively, while the other ligaments had similar thicknesses. The deltoid ligament was classified into types I–IV according to the combinations of these components: all components were present in type I (48.3%), the tibionavicular ligament was absent in type II (36.7%), only the superficial posterior tibiotalar ligament was absent in type III (6.7%), and only the anterior tibiotalar ligament was absent in type IV (8.3%). In conclusion, these results improve knowledge of the morphological and morphometric characteristics of the deltoid ligament and thus provide helpful information for surgical procedures in this region. Clin. Anat. 29:1059–1065, 2016. © 2016 Wiley Periodicals, Inc.
Title: Morphological variations of the deltoid ligament of the medial ankle
Description:
Morphological variations of the deltoid ligament were investigated in this study, with the aim of classifying the different types on the basis of their components.
Sixty ankles from 39 cadavers were dissected.
The origin and insertion sites of the deltoid ligament were identified, and its length, width, and thickness were measured.
The deltoid ligament was divided into two layers, superficial and deep, which respectively comprised four components (tibionavicular, tibiospring, tibiocalcaneal, and superficial posterior tibiotalar ligaments) and two components (anterior tibiotalar and deep posterior tibiotalar ligaments).
The tibiospring and tibiocalcaneal ligaments were found in 100% of the specimens, while the prevalence rates of other components lay within the range 63.
3–96.
7%.
The tibionavicular and deep posterior tibiotalar ligaments were the thinnest and thickest, respectively, while the other ligaments had similar thicknesses.
The deltoid ligament was classified into types I–IV according to the combinations of these components: all components were present in type I (48.
3%), the tibionavicular ligament was absent in type II (36.
7%), only the superficial posterior tibiotalar ligament was absent in type III (6.
7%), and only the anterior tibiotalar ligament was absent in type IV (8.
3%).
In conclusion, these results improve knowledge of the morphological and morphometric characteristics of the deltoid ligament and thus provide helpful information for surgical procedures in this region.
Clin.
Anat.
29:1059–1065, 2016.
© 2016 Wiley Periodicals, Inc.

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