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Computed tomography in kidney injuries diagnosis
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01.01.2018 |
Barmina T.
Sharifullin F.
Abakumov M.
Zabavskaya O.
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Russian Electronic Journal of Radiology |
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© 2018 Russian Electronic Journal of Radiology. All rights reserved. Purpose. To present the possibility of the computed tomography (CT) in determination of a kidney injury for improving the quality of diagnostics and treatment of this group of patients. Materials and methods. Analyzed data comes from 72 T-researches with 50 patients with kidney injury at the closed injury of a stomach who were on treatment in Sklifosovsky Research and Clinical Institute for Emergency Medicine. Data of T was verified with the results of operations and autopsies. For determination of injury severity of a kidney the scale of Organ Injury Scale (OIS) was used. Results and discussion. Kidney injuries of the 1 degree (a contusion of a kidney and a subcapsular hematoma) were found in 12 patients, including the one with pre-existing pathology. Injuries of a kidney of the II degree were revealed in 14 patients: a cortical gap-in 9 cases, a subcapsular hematoma of a kidney with gap signs-in 3 cases; a subcapsular cyst with symptoms of hemorrhage and a gap-in two patients. Kidney injuries of the III degree were diagnosed in 7 patients in the form of a rupture of cortical substance from 12 mm to 18 mm deep. Damages of the IV degree were revealed in cases of 11 patients, including thrombosis of a segmentary branch of a renal artery in 6 patients. Injuries of a kidney of the V degree were revealed in 6 patients mainly in the form of fragmentation of a kidney. For an assessment of efficiency of treatment of 22 patients CT research in dynamics was executed, identification of complications served as the indication for repeated surgical intervention. Conclusions. T is an informative method which is possible to define not only an injury of a kidney, but also the degree of its severity. It allows to choose rational tactics for the treatment and to avoid an unreasonable nephrectomy. Performance of T in dynamics allows to estimate efficiency of treatment and in due time to diagnose complications.
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