Sukun Abdullah, Cankurtaran Tijen, Agildere Muhteşem, Weber Marc-André
Radiology, Başkent University Alanya Research and Application Center, Antalya, Turkey.
Radiology, Baskent University, Ankara, Turkey.
Rofo. 2024 Jun;196(6):560-572. doi: 10.1055/a-2185-8585. Epub 2023 Nov 9.
Coccydynia is one of the most overlooked symptoms in clinical practice. The diagnosis and radiologic findings of traumatic coccyx can be more easily detected unless it is delayed and postponed. For idiopathic coccydynia, which accounts for one third of cases, patients present with long-standing pain and multiple physician visits.
The keywords coccyx, coccydynia, coccygodynia were searched in PubMed, Embase, Scopus databases in the last 5 years. Research articles, reviews and case reports were analyzed. The studies conducted in the last 5 years were presented under the headings of etiology, radiologic assessment, interventional and surgical treatments.
The first step is dynamic X-ray of the coccyx in standing and sitting position. In this way, morphologic parameters and hypermobility causing idiopathic coccydynia can be evaluated. Morphologic and morphometric features of the coccyx described in previous CT and MR studies have explained the relationship with coccydynia. The key features are as follows: Type II coccyx morphology, subluxation of the intercoccygeal joint, presence of bony spicules. Knowledge of these definitions as well as the differential diagnosis in this anatomical region will help in reaching the correct diagnosis. The treatment of coccydynia is stepwise like the diagnosis. Conservative treatments are initiated first. Manipulations, ganglion impar block, injections, radiofrequency and shock treatments and finally coccygectomy are treatment methods reported. Radiologists should not overlook this region and should be familiar with the coccyx's morphologic appearance and the sacrococcygeal region's differential diagnosis.
· The etiology of coccydynia usually includes trauma, obesity and female sex, special coccyx morphology, and coccygeal hypermobility.. · Coccyx fractures are defined into three groups as flexion type 1, compression type 2, and extension type 3.. · When evaluating coccydynia, the first step is a dynamic X-ray examination of the coccyx in standing and sitting position.. · Hypermobility is defined as more than 25 % posterior subluxation while sitting or more than 25° flexion while sitting.. · More than 35° posterior subluxation is considered significant hypermobility..
· Sukun A, Cankurtaran T, Agildere M et al. Imaging findings and treatment in coccydynia - update of the recent study findings. Fortschr Röntgenstr 2024; 196: 560 - 572.
尾骨痛是临床实践中最易被忽视的症状之一。外伤性尾骨的诊断和影像学表现若未被延误或推迟,则更容易被发现。对于占病例三分之一的特发性尾骨痛,患者会出现长期疼痛并多次就诊。
在过去5年的PubMed、Embase、Scopus数据库中搜索关键词“尾骨”“尾骨痛”“尾骶骨痛”。对研究文章、综述和病例报告进行分析。过去5年进行的研究按照病因、影像学评估、介入和手术治疗等标题进行呈现。
第一步是对站立位和坐位的尾骨进行动态X线检查。通过这种方式,可以评估导致特发性尾骨痛的形态学参数和活动过度情况。先前CT和MR研究中描述的尾骨形态学和形态测量特征解释了其与尾骨痛的关系。关键特征如下:II型尾骨形态、尾骨间关节半脱位、骨针的存在。了解这些定义以及该解剖区域的鉴别诊断将有助于做出正确诊断。尾骨痛的治疗与诊断一样是分阶段进行的。首先开始保守治疗。报道的治疗方法包括手法治疗、奇神经节阻滞、注射、射频和冲击波治疗,最后是尾骨切除术。放射科医生不应忽视该区域,应熟悉尾骨的形态外观和骶尾区域的鉴别诊断。
·尾骨痛的病因通常包括创伤、肥胖、女性、特殊的尾骨形态以及尾骨活动过度。·尾骨骨折分为三组,即屈曲型1、压缩型2和伸展型3。·评估尾骨痛时,第一步是对站立位和坐位的尾骨进行动态X线检查。·活动过度定义为坐位时后脱位超过25%或坐位时屈曲超过25°。·后脱位超过35°被认为是明显的活动过度。
·Sukun A, Cankurtaran T, Agildere M等。尾骨痛的影像学表现及治疗——近期研究结果更新。Fortschr Röntgenstr 2024; 196: 560 - 572。