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第45卷第11期         王梦悦,赵如盛,徐 磊. 基于压缩感知3D⁃SPACE序列对喙锁韧带的解剖学定量研究[J].
                 2025年11月                    南京医科大学学报(自然科学版),2025,45(11):1634-1640                      ·1639 ·


                需要有所差别,这样更有利于对肩锁关节损伤患者                                 Nanjing Medical University(Natural Sciences),2020,40
                的个体化治疗,帮助患者恢复功能。                                      (10):1565-1570
                    本研究仍存在一定局限性。首先,本研究未能                         [4] SIRCANA G,SACCOMANNO M F,MOCINI F,et al. An⁃
                获得斜方韧带与锥状韧带的外翻角及后倾角的统                                  atomic reconstruction of the acromioclavicular joint pro⁃
                                                                       vides the best functional outcomes in the treatment of
                计学参数    [26] 。由于每个人锁骨及喙突走行及形态
                                                                       chronic instability[J]. Knee Surg Sports Traumatol Ar⁃
                具有一定差异性,本研究未能确定合适的参考线用
                                                                       throsc,2021,29(7):2237-2248
                于测量角度,使得研究者间的差异性较大。其次,斜
                                                                 [5] CHANG P S,MURPHY C P,WHALEN R J,et al. Surgi⁃
                方韧带及锥状韧带在锁骨及喙突上的附着处是一个
                                                                       cal pearls and pitfalls for anatomic acromioclavicular/cor⁃
                平面,而本研究将附着处简化为线样附着,仅测量了                                acoclavicular ligament reconstruction[J]. Clin Sports
                两者与锁骨、喙突长轴平行的附着面积,而并没有测                                Med,2023,42(4):621-632
                量与锁骨、喙突长轴垂直方向上的附着宽度,将三维                          [6] PERRY N P J,OMONULLAEVA N K,BACEVICH B M,
                的韧带简化为二维结构,存在一定的局限性。                                   et al. Acromioclavicular joint anatomy and biomechanics:
                    综上所述,3D CS⁃SPACE 序列能够清晰显示斜                         the significance of posterior rotational and translational
                方韧带与锥状韧带的解剖学结构,通过其获得斜方                                 stability[J]. Clin Sports Med,2023,42(4):557-571
                                                                 [7] FLORES D V,GOES P K,GÓMEZ C M,et al. Imaging of
                韧带与锥状韧带的定量解剖学参数,可为肩锁关节
                                                                       the acromioclavicular joint:anatomy,function,pathologic
                损伤患者的个体化手术治疗提供依据。
                                                                       features,and treatment[J]. Radiographics,2020,40(5):
                   利益冲突声明:
                                                                       1355-1382
                   所有作者声明不存在利益冲突。
                                                                 [8] XUE C,SONG L J,LI X,et al. Coracoclavicular ligaments
                   Conflict of Interests:
                                                                       anatomical reconstruction:a feasibility study[J]. Int J
                   All authors declare that there is no conflict of interests.
                                                                       Med Robot,2015,11(2):181-187
                   作者贡献声明:
                                                                 [9] 赵如盛,王梦悦,徐露露,等. 基于压缩感知的 3D CS⁃
                   王梦悦收集、整理、分析数据,撰写文章初稿;王梦悦、徐
                                                                       SPACE 序列在肩锁关节损伤诊断中的应用价值[J]. 南
                磊分别测量数据;赵如盛对患者进行MRI扫描,采集图像;徐
                                                                       京医科大学学报(自然科学版),2024,44(9):1250-1256
                磊设计研究方案,对稿件重要内容进行审阅和修改。
                                                                       ZHAO R S,WANG M Y,XU L L,et al. Application value
                   Author’s Contributions:
                                                                       of 3D CS ⁃ SPACE sequence based on compressed sens⁃
                   WANG Mengyue collected,sorted,and analyzed the data,
                                                                       ing in the diagnosis of acromioclavicular joint injury[J].
                and wrote the first draft of the article;WANG Mengyue and XU
                                                                       Journal of Nanjing Medical University(Natural Sciences),
                Lei measured the data separately;ZHAO Rusheng conducted
                                                                       2024,44(9):1250-1256
                MRI examinations on the patients and collected images;XU Lei
                                                                 [10]MINKUS M,WIENERS G,MAZIAK N,et al. The liga⁃
                designed the research plan,reviewed the important contents and
                                                                       mentous injury pattern in acute acromioclavicular disloca⁃
                revised the manuscript.
                                                                       tions and its impact on clinical and radiographic parame⁃
               [参考文献]                                                  ters[J]. J Shoulder Elbow Surg,2021,30(4):795-805
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                    ZHANG L,ZHANG H Q,JIN Y F,et al. Analysis on the   ligament[J]. Clin Sports Med,2023,42(4):599-611
                    anatomical parameters of coracoclavicular ligament based  [13]LAMPLOT J D,SHAH S S,CHAN J M,et al. Arthroscopic⁃
                    on MRI[J]. Chinese Journal of Clinical Anatomy,2022,  assisted coracoclavicular ligament reconstruction:clinical
                    40(3):259-262                                      outcomes and return to activity at mean 6⁃year follow⁃
               [3] 徐科腾,梁      远,王静成. 肩锁关节脱位治疗的最新进                      up[J]. Arthroscopy,2021,37(4):1086-1095
                    展[J]. 南京医科大学学报(自然科学版),2020,40                [14]JOSHI A,BASUKALA B,SINGH N,et al. Arthroscopy⁃
                   (10):1565-1570                                      assisted all⁃suture coracoclavicular and acromioclavicular
                    XU K T,LIANG Y,WANG J C. Developments in the       joint stabilization in acute acromioclavicular joint inju⁃
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