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1.
J Ultrasound Med ; 37(6): 1543-1553, 2018 Jun.
Article in English | MEDLINE | ID: mdl-28857221

ABSTRACT

Rectus femoris muscle proximal injuries are not rare conditions. The proximal rectus femoris tendinous anatomy is complex and may be affected by traumatic, microtraumatic, or nontraumatic disorders. A good knowledge of the proximal rectus femoris anatomy allows a better understanding of injury and disorder patterns. A new sonographic lateral approach was recently described to assess the indirect head of the proximal rectus femoris, hence allowing for a complete sonographic assessment of the proximal rectus femoris tendons. This article will review sonographic features of direct, indirect, and conjoined rectus femoris tendon disorders.


Subject(s)
Quadriceps Muscle/diagnostic imaging , Tendon Injuries/diagnostic imaging , Tendons/diagnostic imaging , Ultrasonography/methods , Humans
2.
Skeletal Radiol ; 41(3): 321-8, 2012 Mar.
Article in English | MEDLINE | ID: mdl-21560006

ABSTRACT

OBJECTIVE: The aim of this study was to demonstrate that ultrasonography may allow a precise assessment of the primary stabilizers of pisotriquetral joint (pisohamate, pisometacarpal, and ulnar pisotriquetral ligaments). METHODS AND MATERIALS: This study was initially undertaken in eight cadavers. Metal markers were placed in the ligaments using ultrasonographic guidance, followed by the dissection of the wrists. High-resolution ultrasonography was then performed in 15 volunteers (30 wrists) for the analysis of the presence, appearance, and thickness of the ligaments. RESULTS: At dissection, the metal markers were located in the ligaments or immediately adjacent to them, confirming that they were correctly depicted using ultrasonography. The three ligaments could also be identified in each volunteer. The optimal positioning of the probe and the dynamic maneuvers of the wrist allowing the strain of these ligaments could be defined. No significant changes in the appearance and thickness of the ligaments could be observed. CONCLUSIONS: The three ligaments stabilizing the pisotriquetral joint can be identified using ultrasonography. Further studies are now required to know whether this knowledge may be useful in the assessment of pain involving the ulnar part of the wrist.


Subject(s)
Carpal Bones/anatomy & histology , Carpal Bones/diagnostic imaging , Ligaments, Articular/anatomy & histology , Ligaments, Articular/diagnostic imaging , Ultrasonography/methods , Wrist Joint/diagnostic imaging , Cadaver , Female , Humans , Male , Middle Aged
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