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Arthroscopically accessible anatomy of the tarsal collateral ligaments in the horse


Kümmerle, Jan M; Kummer, Martin R (2013). Arthroscopically accessible anatomy of the tarsal collateral ligaments in the horse. Veterinary Surgery, 42(3):267-274.

Abstract

OBJECTIVE:
To describe the arthroscopically accessible anatomy of the tarsal collateral ligaments in the horse.
STUDY DESIGN:
Descriptive study.
ANIMALS:
Cadaveric equine hind limbs (n = 24) obtained from horses without tarsal disease.
METHODS:
Two pairs of tarsal joints were used to obtain silicone models of the tarsocrural joint and dissect the tarsal collateral ligaments (CLs). Ten pairs of tarsocrural joints had arthroscopic exploration and the accessible parts of the tarsal CLs were marked with an arthroscopic hook knife. Subsequently, the limbs were dissected and the marked positions were allocated to the specific parts of the CLs.
RESULTS:
Ipsilateral arthroscope and instrument portals were used in each pouch of the tarsocrural joint. Via the plantaromedial pouch, the superficial (2/20 limbs), middle (7), deep (6) or both middle and deep (3) short medial CL and the long medial CL (14) were reached. Access via the plantarolateral pouch allowed manipulation of the deep short lateral CL (20/20 limbs) and the long lateral CL (20). Dorsally, arthroscopy via the dorsomedial pouch gave access to the deep short medial CL (20/20 limbs), while the superficial (9) or middle (10) or both superficial and middle (1) short lateral CL could be reached via the dorsolateral joint recess.
CONCLUSIONS:
Limited parts of the tarsal CLs can be observed or manipulated arthroscopically in normal equine tarsocrural joints.

Abstract

OBJECTIVE:
To describe the arthroscopically accessible anatomy of the tarsal collateral ligaments in the horse.
STUDY DESIGN:
Descriptive study.
ANIMALS:
Cadaveric equine hind limbs (n = 24) obtained from horses without tarsal disease.
METHODS:
Two pairs of tarsal joints were used to obtain silicone models of the tarsocrural joint and dissect the tarsal collateral ligaments (CLs). Ten pairs of tarsocrural joints had arthroscopic exploration and the accessible parts of the tarsal CLs were marked with an arthroscopic hook knife. Subsequently, the limbs were dissected and the marked positions were allocated to the specific parts of the CLs.
RESULTS:
Ipsilateral arthroscope and instrument portals were used in each pouch of the tarsocrural joint. Via the plantaromedial pouch, the superficial (2/20 limbs), middle (7), deep (6) or both middle and deep (3) short medial CL and the long medial CL (14) were reached. Access via the plantarolateral pouch allowed manipulation of the deep short lateral CL (20/20 limbs) and the long lateral CL (20). Dorsally, arthroscopy via the dorsomedial pouch gave access to the deep short medial CL (20/20 limbs), while the superficial (9) or middle (10) or both superficial and middle (1) short lateral CL could be reached via the dorsolateral joint recess.
CONCLUSIONS:
Limited parts of the tarsal CLs can be observed or manipulated arthroscopically in normal equine tarsocrural joints.

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Additional indexing

Item Type:Journal Article, refereed, original work
Communities & Collections:05 Vetsuisse Faculty > Veterinary Clinic > Equine Department
Dewey Decimal Classification:570 Life sciences; biology
630 Agriculture
Language:English
Date:2013
Deposited On:03 Feb 2014 08:33
Last Modified:21 Nov 2017 17:05
Publisher:Wiley-Blackwell
ISSN:0161-3499
Publisher DOI:https://doi.org/10.1111/j.1532-950X.2013.01100.x
PubMed ID:23373856

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