PURPOSE: To evaluate the incidence of orbital haematoma requiring surgical treatment following procedures including fracture repairs and orbital osteotomies over a 12-year period and to discuss their management. METHODS: The records of all the patients who underwent a procedure involving the orbits from 1998 to 2011 were reviewed for evidence of post-operative haematomas. Medical data including clinical presentation, time between diagnosis and treatment, management and subsequent outcome were collected. RESULTS: 280 patients were included, 257 procedures for orbital or zygomato orbital fractures and 23 osteotomies for dysthyroid orbitopathy or malunited orbital fractures. Three cases (1.07%) of post-operative haematomas were observed as follows: 2/257 orbital fractures (0.77%) and 1/23 osteotomies (4.34%). All cases occurred in the early post-operative period of less than 6 h. No spontaneous loss of vision or pain was described by patients. All could be operated on as soon as the diagnosis was established; no CT-scans were required. Orbital drainage was successfully performed in all cases. CONCLUSION: Post-operative orbital haematomas are uncommon complications. Diagnosis is based on a clinical examination, including pain, proptosis and alteration in visual acuity. Surgical treatment should be undertaken immediately following diagnosis.
PURPOSE: To evaluate the incidence of orbital haematoma requiring surgical treatment following procedures including fracture repairs and orbital osteotomies over a 12-year period and to discuss their management. METHODS: The records of all the patients who underwent a procedure involving the orbits from 1998 to 2011 were reviewed for evidence of post-operative haematomas. Medical data including clinical presentation, time between diagnosis and treatment, management and subsequent outcome were collected. RESULTS: 280 patients were included, 257 procedures for orbital or zygomato orbital fractures and 23 osteotomies for dysthyroid orbitopathy or malunited orbital fractures. Three cases (1.07%) of post-operative haematomas were observed as follows: 2/257 orbital fractures (0.77%) and 1/23 osteotomies (4.34%). All cases occurred in the early post-operative period of less than 6 h. No spontaneous loss of vision or pain was described by patients. All could be operated on as soon as the diagnosis was established; no CT-scans were required. Orbital drainage was successfully performed in all cases. CONCLUSION: Post-operative orbital haematomas are uncommon complications. Diagnosis is based on a clinical examination, including pain, proptosis and alteration in visual acuity. Surgical treatment should be undertaken immediately following diagnosis.
Authors: Jana A Bregman; Kalpesh T Vakharia; Oluwatobi O Idowu; M Reza Vagefi; F Lawson Grumbine Journal: Craniomaxillofac Trauma Reconstr Date: 2018-06-22