STUDY ON IMAGING CHARACTERISTICS OF LUMBAR SPINE INJURY ON MULTI-SEQUENCE COMPUTATED IN THE 19-8 HOSPITAL MINISTRY OF POLICE
Main Article Content
Abstract
Objectives: To describe the image characteristics of lumbar spine injuries on multi-detector row computed tomography. Methods: Descriptive study of 57 patients diagnosed with spinal cord injuries using CT scans from June 2022 to September June 2023 at CDHA Department of Hospital 19-8 Ministry of Public Security. Results: common age ranges from 46-60 years old (36.84%), 56.14% male, 43.86% female, male/female ratio is 1.23. Location of injury: the vertebra with the highest injury rate is L1 (48.15%). Vertebral body rupture accounts for 68.42%. Vertebral collapse injuries account for 71.93. Posterior vertebral arch injuries: transverse spine fractures account for (15.79%), posterior spine fractures are the least common (1.75%), and mixed fracture injuries account for 7.02%. The highest proportion of patients with grade I spondylolisthesis (14.04%). Mild spinal stenosis injuries account for the highest rate, 8.78%. The most common fracture-type injury to the spine is fracture, 38.6%.
Article Details
References
2. Chirag S Kapoor (2017), “A Study of Traumatic Dorsal and Lumbar Vertebral Injuries with Neurological Deficit”, Apollo Medicine, 14(1). 42-48
3. A.J.M.a.C.H. Tator (2012), Advances in stem cell therapy for spinal cord injury”, J Clin Invest, 3824-3834
4. Holtas S, Reiser. MF and Stabler A (1995), “The Spine”, Global textbook radiology, Sweeden, pp. 315-317.
5. Wilber R.G, Yoo J (1992), “Diagnostic methods and therapeutic techniques”. Painful cervical trauma. Edit, by Tollison C.D. United States Press, pp. 21-26.
6. Lê Viết Dũng (2018), “Đặc điểm hình ảnh và ứng dụng của cắt lớp vi tính 64 dãy cho phẫu thuật chấn thương cột sống cổ cao”, Luận văn thạc sĩ Y học, trường đại học Y Hà Nội.
7. Fontijne WP, de Klerk LW, Braakman R, Stijnen T, Tanghe HL, Steenbeek R, van Linge B (1992), “CT scan prediction of neurological deficit in thoracolumbar burst fractures”, J Bone Joint Surg, 74-B(5), pp. 683-685.