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Ingrid Antohi

Publications and source records attributed to Ingrid Antohi.

4 recordsLinked to original sources

[The use of tissue plasminogen activator in the post-operative treatment of fibrinoid uveitis].

PURPOSE: To evaluate the efficacy and safety of tissue plasminogen activator in management of postoperative fibrinous uveitis. MATERIAL AND METHOD: Prospective study, interventional case series including 13 patients who developed fibrinous membrane in anterior chamber; patients were operated for cataract (4 cases), for cataract and glaucoma (7 cases) and for corneoscleral lacerations (2 cases). Initial treatment consisted of corticosteroid administration (topically, subconjunctival +/- systemic) and mydriatic-cycloplegic drugs. Inadequate response imposed intracavitary administration of tissue plasminogen activator (25 microg/ml, 0.2 ml). The main outcomes were: complete resolution of fibrinous membrane, presence of adverse events and visual rehabilitation. RESULTS: Fibrinous membrane resorption starts in the next hours and complete resolution was proved in all cases after a mean time 53.55 +/- 37.65 (24-146) hours. In 12 patients we used only one administration of tissue plasminogen activator, but in one case we repeated it. It was not signaled any adverse event drug related. It was an important increase of visual acuity in all cases. CONCLUSION: Intracavitary administration of tissue plasminogen activator is a safe and efficient alternative in the management of postoperative fibrinous membrane.

Adrenal Cortex Hormones↗

Comparative analysis of the efficacy and safety of latanoprost, travoprost and the fixed combination timolol-dorzolamide; a prospective, randomized, masked, cross-over design study.

PURPOSE: To analyse comparatively the efficacy and tolerance of latanoprost, travoprost and the fixed combination timolol-dorzolamide in the treatment of primary open angle glaucoma and ocular hypertension. METHOD: Prospective, investigator masked, randomized study that included 38 patients (38 eyes) with primary open angle glaucoma uncontrolled under beta blockers. Each patient received latanoprost, travoprost and the fixed combination timolol-dorzolamide (for 3 months each). The first drug and the order of the next drugs administered were randomized. The follow up period was 9 months. At the baseline and at the end of each therapeutic period (3 months) we determined the IOP (at 8, 10 a.m. and 4 p.m.), visual acuity, C/D ratio, blood pressure, heart rate and local tolerance. We have also photographed the eyelids, lashes, conjunctiva and iris. After each month of treatment we determined the IOP (at 8 and 10 am), visual acuity, blood pressure, heart rate and local tolerance. RESULTS: The mean initial IOP was 25.1 2.89 mmHg and after 9 months of treatment 21.67 4.59 mmHg. Each drug induced a statistically significant IOP decrease (the fixed combination timolol-dorzolamide decreased IOP with 14.33%, travoprost with 18.39% and latanoprost with 22.1%). The IOP lowering was comparable for the prostaglandin derivatives and superior to the fixed combination timolol-dorzolamide. None of these drugs had a negative influence on the visual field, C/D ratio, visual acuity, blood pressure and heart rate. There was good local tolerance. The side effects were more frequent after travoprost (37) and latanoprost (22) than after the fixed combination timolol-dorzolamide (4 cases). The most important adverse events for the prostaglandin derivatives were conjunctival hyperemia, eyelashes pigmentation and growth, iris pigmentation. There was no necessary to stop the medication because of these effects. CONCLUSIONS: Travoprost, latanoprost and the fixed combination timolol-dorzolamide are efficient in the treatment of primary open angle glaucoma. The prostaglandin derivatives determined similar IOP decrease, which was superior to the fixed combination timolol-dorzolamide; the local tolerance was good, the fixed combination causing the fewest side effects.

Aged↗

[The influence of cataract surgery on the efficacy of trabeculectomy in patients with open-angle glaucoma].

PURPOSE: To study the influence of cataract surgery on the intraocular pressure decreasing effect of trabeculectomy in patients with open angle glaucoma. METHOD: Retrospective study that included two groups: --32 patients with open angle glaucoma, their intraocular pressure being controlled after filtering surgery; they were subject to cataract surgery at least 6 months after the trabeculectomy (the CT group)--44 patients with open angle glaucoma (primary or secondary) with intraocular pressure controlled after trabeculectomy (the T group). The evaluation included: preoperative intraocular pressure, early (at 2 months) and late (at 18 months) postoperative intraocular pressure, intra- and postoperative complications of the cataract surgery, the need for antiglaucoma medication. RESULTS: The cataract surgery in patients with trabeculectomy increases the intraocular pressure (initial mean IOP = 15.31 mmHg, final mean IOP = 18.53 mmHg, mean IOP = 3.22 mmHg). The intraocular pressure increase is more important after extracapsular extraction than after phacoemulsification (3.7 vs. 2.01 mmHg). Qualified therapeutical success was obtained in 81.25% of CT patients. In the T group the postoperative intraocular pressure maintained constant throughout the entire follow-up period. The number of additional antiglaucoma drugs was larger in the T group (0.7 versus 0.5). The patients that suffered intra and postoperative complications had increased intraocular pressure when compared to those without complications (mean IOP early = 3.1 mmHg, mean IOP late = 1.1 mmHg). CONCLUSIONS: Cataract surgery in patients with previous filtering surgery increases the intraocular pressure and the need for antiglaucoma drugs. The intraocular pressure rise was more important after extracapsular extraction than after phacoemulsification. Intra and postoperative complications result in a more important increase in intraocular pressure, in the first months after the cataract operation.

Aged↗

[Filtering bleb failure of open angle glaucoma].

PURPOSE: To analyze the frequency and the causes of trabeculectomy failure in primary and secondary open angle glaucoma and the results of the individual treatment in these cases. METHOD: Retrospective study that includes 69 trabeculectomy failures. Filtering bleb failure was recorded in 49 cases of primary open glaucoma and 21 cases of secondary open angle glaucoma. The slit lamp examination and the gonioscopy clarify the causing mechanism of the failure. The treatment has been established in an individual manner in order to achieve stable control of intraocular pressure (under 21 mmHg) RESULTS: The cause of the early failure (15 cases) was the obstruction of the internal ostium of the trabeculectomy in 10 cases, episcleral and conjunctival fibrosis in 4 cases and encapsulated bleb in 1 case. Episcleral and conjunctival fibrosis in 46 cases and encapsulated bleb in 6 cases have caused the late failure. The most effective option in early failure of trabeculectomy was internal de-sobstruction. In late failures, additional medical therapy and a second filtering surgery combined with antifibrotic agents were the most effective and commonly techniques. CONCLUSIONS: Immediate recognition of the failure, the ascertaining of the etiology and of the appropriate treatment allows a high rate therapeutic success achievement.

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