Diaz Jose J, Cullinane Daniel C, Altman Daniel T, Bokhari Faran, Cheng Joseph S, Como John, Gunter Oliver, Holevar Michele, Jerome Rebecca, Kurek Stanley J, Lorenzo Manuel, Mejia Vicente, Miglietta Maurizio, O'Neill Patrick J, Rhee Peter, Sing Ronald, Streib Erik, Vaslef Steven
Division of Trauma and Surgical Critical Care, Vanderbilt University Medical Center, Nashville, Tennessee, 37212, USA.
J Trauma. 2007 Sep;63(3):709-18. doi: 10.1097/TA.0b013e318142d2db.
Fractures to the thoracolumbar spine (TLS) commonly occur because of major trauma mechanisms. In one series, 4.4% of all patients arriving at a Level I trauma center were diagnosed as having TLS fracture. Approximately 19% to 50% of these fractures in the TLS region will be associated with neurologic damage to the spinal cord. To date there are no randomized studies and only a few prospective studies specifically addressing the subject. The Eastern Association for the Surgery of Trauma organization Practice Management Guidelines committee set out to develop an EBM guideline for the diagnosis of TLS fractures.
A computerized search of the National Library of Medicine and the National Institutes of Health MEDLINE database was undertaken using the PubMed Entrez (www.pubmed.gov) interface. The primary search strategy was developed to retrieve English language articles focusing on diagnostic examination of potential TLS injury published between 1995 and March 2005. Articles were screened based on the following questions. (1) Does a patient who is awake, nonintoxicated, without distracting injuries require radiographic workup or a clinical examination only? (2) Does a patient with a distracting injury, altered mental status, or pain require radiographic examination? (3) Does the obtunded patient require radiographic examination?
Sixty-nine articles were identified after the initial screening process, all of which dealt with blunt injury to the TLS, along with clinical, radiographic, fluoroscopic, and magnetic resonance imaging evaluation. From this group, 32 articles were selected. The reviewers identified 27 articles that dealt with the initial evaluation of TLS injury after trauma.
Computed tomography (CT) scan imaging of the bony spine has advanced with helical and currently multidetector images to allow reformatted axial collimation of images into two-dimensional and three-dimensional images. As a result, bony injuries to the TLS are commonly being identified. Most blunt trauma patients require CT to screen for other injuries. This has allowed the single admitting series of CT scans to also include screening for bony spine injuries. However, all of the publications fail to clearly define the criteria used to decide who gets radiographs or CT scans. No study has carefully conducted long-term follow-up on all of their trauma patients to identify all cases of TLS injury missed in the acute setting.
胸腰椎(TLS)骨折通常由重大创伤机制引起。在一组病例中,到达一级创伤中心的所有患者中有4.4%被诊断为胸腰椎骨折。TLS区域的这些骨折中约19%至50%会伴有脊髓神经损伤。迄今为止,尚无随机研究,仅有少数前瞻性研究专门针对该主题。东部创伤外科学会组织实践管理指南委员会着手制定胸腰椎骨折诊断的循证医学指南。
初步筛选过程后确定了69篇文章,所有文章均涉及胸腰椎钝性损伤以及临床、影像学、荧光镜和磁共振成像评估。从这组文章中,选取了32篇。评审人员确定了27篇涉及创伤后胸腰椎损伤初始评估的文章。
骨脊柱的计算机断层扫描(CT)成像随着螺旋扫描以及目前的多探测器成像技术而发展,能够将图像重新格式化轴向准直为二维和三维图像。因此,胸腰椎的骨损伤通常能够被识别。大多数钝性创伤患者需要CT来筛查其他损伤。这使得单次入院系列CT扫描也包括了对骨脊柱损伤的筛查。然而,所有出版物均未明确界定用于决定谁接受X线片或CT扫描的标准。没有研究对其所有创伤患者进行仔细的长期随访,以识别急性情况下漏诊的所有胸腰椎损伤病例。