Comparison of thin sectional anatomy based on the Chinese Visible Human with MRI of biceps reflection pulley
10.11659/jjssx.12E015135
- VernacularTitle:基于CVH的肱二头肌长头腱滑轮系统薄层断面解剖与MRI对照研究
- Author:
Jinqing LI
;
Lingheng SONG
;
Qing QIAO
;
Yunquan ZHANG
;
Fusuo LI
;
Zhibo YU
;
Hongguang ZHANG
;
Xiaochuan LAN
;
Shaoxiang ZHANG
- Publication Type:Journal Article
- Keywords:
Chinese Visible Human;
magnetic resonance imaging;
sectional anatomy;
biceps reflection pulley
- From:
Journal of Regional Anatomy and Operative Surgery
2016;25(3):162-166
- CountryChina
- Language:Chinese
-
Abstract:
Objective To explore the morphologic features of the biceps reflection pulley through the comparative study of the thin sec -tional anatomy based on the Chinese Visible Human ( CVH) and MRI sectional anatomy of the biceps reflection pulley ,and to provide ima-ging anatomic data for the diagnosis of lesions .Methods The thin slices of sagittal oblique plane and coronal oblique plane by visualization -al reconstruction based on 5 data set of the Chinese visible human ( CVH) were compared with the corresponding MR images from 20 shoulder joints of the normal volunteer individuals with routine MRI ,5 shoulders without abnormalities with MR arthrography .The detailed sectional a-natomy structure of the the biceps reflection pulley was marked from the CVH ,routine MRI and MR arthrography one by one with Photoshop CS2 software.Results The main three components of the biceps reflection pulley including the coracohumeral ligament (CHL),the superior glenohumeral ligament ( SGHL) ,and the long head of the biceps tendon ( LBT) were markedly displayed on the CVH and MRI .The CHL was markedly displayed on the sagittal oblique , using plain MRI .The SGHL was markedly displayed on the CVH , especially in the transverse plane.The LBT was markedly displayed on the CVH ,especially in the coronal oblique plane parallel to the LBT .The biceps reflection pulley was markedly displayed on the sagittal oblique plane with CVH and MR arthrography .The SGHL was perpendicular to the CHL , with T-shaped link anterior to the LBT on the sagittal oblique plane .Conclusion It is complementary for MRI and CVH displaying the components of the biceps reflection pulley .The sagittal oblique plane is the best position for displaying the components and adjacent structures of the bi -ceps reflection pulley ,which provide helpful position mark for the diagnosis of the lesions in the rotator interval .
