OBJECTIVE: To improve radiodiagnosis of @entity8924 at pre- and postoperative treatment stages, to provide a rationale for detailed evaluation of orbital osseous and soft tissue structures to prevent @entity260 . MATERIAL AND METHODS: The I.M. Sechenov First Moscow State Medical University Clinic examined 52 (100%) @entity1 on days 1-2 after injury. A @entity1 group consisted of 49 (94%) @entity1 and 3 (6%) @entity1 whose age was 17 to 49 years. Multislice computed tomography (MSCT) was carried out prior to surgery on the day of their admission. Postoperative MSCT was done within 7-10 days after surgical treatment. RESULTS: Preoperative MSCT could reveal fractures of the inferior and lateral orbital walls in all 52 (100%) @entity1 . @entity174 of the medial and superior orbital walls were identified in 8 (15%) and 3 (6%) cases, respectively. In 12 (23%) @entity1 , prolapse of the fat and oculomotor muscles into the respective maxillary sinus was imaged, which gave rise to enophthalmos and an increase in orbital volume. Three (6%) @entity1 were identified as having sequels of eyeball @entity130 . @entity1781 was detected in 11 (21%) @entity1 . @entity121 was encountered in 20 (38%) @entity1 . After surgical treatment, 4 (8%) @entity1 had a persistent inferior orbital wall defect in the posterior portions where the retrobulbar fat prolapsed into the maxillary sinus. Three (6%) out of the 20 (38%) @entity1 with different @entity854 had persistent postoperative @entity121 that were mainly associated with erroneous orbital floor implantation. The number of @entity1 with @entity66 remained unchanged--3 (6%). Among 11 (21%) @entity1 with a postoperative pathologically changed tortuous nerve course, the optic nerve attained its correct even course all the way in 5 (10%) cases; it remained pathologically changed as before in 6 (12%) cases. CONCLUSION: MSCT is the preoperative technique of choice for examining @entity1 with @entity2694 . After surgery, MSCT in the early postoperative period makes it possible to assess the results of treatment and to reveal possible complications and it is a decisive guide for a doctor in charge when planning resurgery.

[Multislice computed tomography in the diagnosis of XXXX ].

@entity1 :: ('9606', 'Species') :: ['women', 'patients', 'patient', 'men'] @entity66 :: ('MESH:D004194', 'Disease') :: ['eyeball disease'] @entity174 :: ('MESH:D050723', 'Disease') :: ['Fractures'] @entity260 :: ('MESH:D011183', 'Disease') :: ['early postoperative complications'] @entity2694 :: ('MESH:D009916', 'Disease') :: ['orbital injuries'] @entity854 :: ('MESH:D018376', 'Disease') :: ['oculomotor abnormalities'] @entity1781 :: ('MESH:D009901', 'Disease') :: ['Optic nerve abnormality'] @entity8924 :: ('MESH:D009917', 'Disease') :: ['orbital fractures'] @entity121 :: ('MESH:D009135', 'Disease') :: ['muscle injuries', 'Oculomotor muscle injury'] @entity130 :: ('MESH:D014947', 'Disease') :: ['trauma']
@entity8924 :: (MESH:D009917,Disease) :: ['orbital fractures']
