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[Chinese][PDF]1020109
• Clinical Article •
MRI features and diagnostic value of spinal tuberculosis
CHENG Chun  ZENG Yong  YANG Chao  YANG You-lin  CHEN Lei 

DOI:10.12015/issn.1674-8034.2016.05.010.


[Abstract] Objective: To explore MRI characteristics and diagnostic value of spinal tuberculosis.Material and Methods: Sixty-seven cases of patients previously diagnosed with spinal tuberculosis in our hospital were selected as TB group, 40 patients who have spinal disease with non-tuberculous were selected as control group, the X-ray, CT, MRI imaging data of the two groups were analyzed respectively to explore the MRI characteristics and diagnostic value of spinal tuberculosis.Results: Sixty-seven patients involved a total of 162 vertebrae, among which 30 patients involved with lumbar spine cases (44.77%), involving 80 lumbar vertebrae (49.38%), among the 162 vertebral body involvement, MRI showed bone destruction in 62 cases (92.54%), abscess formation in 57 cases (85.07%), endplate damage in 52 cases (77.61%). The detection rate of MRI in bone destruction, disc involvement is 100%. In bone destruction, endplate damage, disc involvement, abscess formation, spinal involvement and sequestration, the detection rate of MRI is significantly higher than the X-ray, CT (P <0.05), MRI detection rate of calcification is lower than CT detection rate (P<0.05). The sensitivity of MRI in diagnosing spinal tuberculosis is 92.54%, the specificity is 87.50%. The sensitivity of CT in diagnosing spinal tuberculosis is 68.66%, the specificity is 82.50%. The sensitivity of X-ray in diagnosing spinal tuberculosis is 47.76% and the specificity is 70.00%.Conclusions: The detection rate of MRI in diagnosing the early characteristics of spinal tuberculosis is higher, which is significantly better than X-ray and CT in diagnosing patients with spinal tuberculosis.
[Keywords] Tuberculosis, spinal；Magnetic resonance imaging；Tomography, X-ray computed；Radiography

CHENG Chun Chinese people's liberation army air force aviation medicine research institute affiliated hospital radiology department, Beijing 100089, China

ZENG Yong Chinese people's liberation army air force aviation medicine research institute affiliated hospital radiology department, Beijing 100089, China

YANG Chao Chinese people's liberation army air force aviation medicine research institute affiliated hospital radiology department, Beijing 100089, China

YANG You-lin Chinese people's liberation army air force aviation medicine research institute affiliated hospital radiology department, Beijing 100089, China

CHEN Lei Chinese people's liberation army air force aviation medicine research institute affiliated hospital radiology department, Beijing 100089, China

Conflicts of interest   None.

Received  2015-12-29
Accepted  2016-02-16
DOI: 10.12015/issn.1674-8034.2016.05.010
DOI:10.12015/issn.1674-8034.2016.05.010.

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