Research Article
A Possible Regression Equation for Predicting Visual Outcomes after Surgical Repair of Open Globe Injuries
Table 2
Thirteen independent variables evaluated among one-hundred thirty-one open globe injuries.
| Independent variables | Findings (numerical/categorical) |
| Age | 35.24 ± 21.6 (4–88) years | Number of surgeries | | 1 | 67 (51%) | 2 | 47 (36%) | 3 | 17 (13%) | Performance of pars plana vitrectomy | 32 (24%) | Lens status | | No pathology | 50 (38%) | Traumatic cataract | 55 (42%) | Aphakia after initial trauma | 26 (20%) | Affected tissue | | Corneal | 59 (45%) | Scleral | 17 (13%) | Corneoscleral | 55 (42%) | Intravitreal hemorrhage | 29 (22%) | Intraocular foreign body | 17 (13%) | Glaucoma during follow-up | 9 (7%) | Anterior segment inflammation during follow-up | 23 (18%) | Loss of iris tissue | 61 (47%) | Penetrating injury | 42 (32%) | Cutting any prolapsed vitreous in the primary surgery | 17 (13%) | Time interval between the trauma and repair | 13.5 ± 13.2 (6–96) hours |
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