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"Penelitian ini merupakan penelitian dengan menggunakan desain potong lintang (comparative cross sectional) yang bertujuan untuk menilai dan membandingkan ketebalan lapisan serabut saraf retina/retinal nerve fiber layer (RNFL) peripapil antara kelompok normal dan kelompok glaukoma dengan cup disk ratio (CDR) vertikal 0,4 sampai dengan 0,7 di poliklinik mata Rumah Sakit Cipto Mangunkusumo (RSCM) kirana. Sebanyak 40 mata kelompok normal dan 34 mata kelompok glaukoma mengikuti pemeriksaan Humphrey field analyzer dan Optical Coherence Tomography (OCT). Kemudian ketebalan RNFL peripapil kelompok normal dan glaukoma dianalisis untuk mendapatkan perbandingan ketebalan RNFL peripapil antara kelompok normal dan glaukoma. Pada penelitian ini didapatkan hasil tidak ada perbedaan perubahan ketebalan lapisan serabut saraf retina peripapil seiring dengan penambahan CDR vertikal namun secara klinis ketebalan RNFL peripapil pada kelompok glaukoma lebih tipis dibandingkan kelompok normal dengan CDR vertikal yang sama kecuali pada kuadran temporal.

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This was a comparative cross-sectional study. The purpose of this study was to assess and compare the peripapillary retinal nerve fiber layer (RNFL) thickness between the normal and glaucoma eyes with vertical cup disc ratio (CDR) 0.4 to 0.7 in eye clinic Cipto Mangunkusumo Hospital (RSCM) Kirana. A total of 40 eyes of normal group and 34 eyes of glaucoma following Humphrey field analyzer examination and Optical Coherence Tomography (OCT). Peripapillary RNFL thickness between normal and glaucoma eyes were analysed and compared each other. The result of this study was no difference in changes of peripapillary RNFL along with the progression of vertical CDR but clinically, peripapillary RFNL thickness in glaucoma group is thinner than that of normal group with the same vertical CDR except in temporal quadr."

"ABSTRAK Latar belakang Glaukoma masih merupakan salah satu penyebab kebutaan terbesar di dunia. Belakangan ini, ketebalan RFNL dan GCIPL diketahui memilikihubungan terhadap perubahan struktural yang disebabkan oleh glaukoma. Tujuan untuk mengkaji kemampuan diagnostik dari pengukuran ketebalan RFNLdan GCIPL dalam mendeteksi glaukoma pada tahap awal.Metode Enam puluh empat mata dengan sudut bilik mata sempit (32 glaukoma,32 non-glaukoma) dari 48 pasien menjalani pengukuran menggunakan CirrusOCT dengan protokol 3,4 mm pemindaian cepat RFNL peripapilar. Pengukurandilakukan pada sisi superior, inferior, nasal, temporal dari GCIPL dan RFNL,begitu juga dengan GCIPL superotemporal, superonasal, inferotemporal,inferonasal, dan minimal. Hasil Semua parameter yang diuji pada studi ini menunjukkan angka yang lebihrendah pada kelompok PACG dibandingkan kelompok PAC. Rerata ketebalanRFNL dan ketebalan GCIPL inferotemporal masing-masing memiliki nilaispesifitias dan sensitifitas yang paling baik. Parameter dengan determinan terbaikadalah ketebalan GCIPL inferotemporal dengan sensitifitas dan spesifitas masingmasing75%dan75%.KesimpulanKetebalan GCIPL dan RFNL peripapil memiliki potensi besarsebagai parameter diagnostik seperti skrining dan evaluasi respon terapi.ABSTRACT Background Glaucoma remains one of the biggest causes of blindnessworldwide. Recently, RFNL and GCIPL thickness were shown to be correlatedwith early structural changes caused by glaucoma. Objective to evaluate the diagnostic performance of RFNL and GCIPL thicknessmeasurement in detecting early glaucoma Method Sixty-four eyes with primary angle closure (32 glaucomatous, 32 nonglaucomatous)of48patients underwent peripapillar scanning using Cirrus OCTusing 3,4 mm protocol fast RNFL peripapillary thickness scan. The measurementincludes superior, inferior, nasal, temporal, mean GCIPL and RFNL, as well assuperotemporal, superonasal, inferotemporal, inferonasal, minimal GCIPL. Result All parameters studied were significantly thinner in PACG groupcompared to PAC group. Mean RFNL thickness and inferotemporal GCIPL hasthe highest specificity and sensitivity, respectively, in detecting glaucoma.Parameter with the best determinant is inferotemporal GCIPL thickness withsensitivity and specificity, 75% and 71.9%, respectively. Conclusion Peripapillary RFNL and GCIPL could be a potential diagnosticparameter in detecting early glaucoma and monitoring therapy response inglaucoma patients. ;Background Glaucoma remains one of the biggest causes of blindnessworldwide. Recently, RFNL and GCIPL thickness were shown to be correlatedwith early structural changes caused by glaucoma. Objective to evaluate the diagnostic performance of RFNL and GCIPL thicknessmeasurement in detecting early glaucoma Method Sixty-four eyes with primary angle closure (32 glaucomatous, 32 nonglaucomatous)of48patients underwent peripapillar scanning using Cirrus OCTusing 3,4 mm protocol fast RNFL peripapillary thickness scan. The measurementincludes superior, inferior, nasal, temporal, mean GCIPL and RFNL, as well assuperotemporal, superonasal, inferotemporal, inferonasal, minimal GCIPL. Result All parameters studied were significantly thinner in PACG groupcompared to PAC group. Mean RFNL thickness and inferotemporal GCIPL hasthe highest specificity and sensitivity, respectively, in detecting glaucoma.Parameter with the best determinant is inferotemporal GCIPL thickness withsensitivity and specificity, 75% and 71.9%, respectively. Conclusion Peripapillary RFNL and GCIPL could be a potential diagnosticparameter in detecting early glaucoma and monitoring therapy response inglaucoma patients. ;Background Glaucoma remains one of the biggest causes of blindnessworldwide. Recently, RFNL and GCIPL thickness were shown to be correlatedwith early structural changes caused by glaucoma. Objective to evaluate the diagnostic performance of RFNL and GCIPL thicknessmeasurement in detecting early glaucoma Method Sixty-four eyes with primary angle closure (32 glaucomatous, 32 nonglaucomatous)of48patients underwent peripapillar scanning using Cirrus OCTusing 3,4 mm protocol fast RNFL peripapillary thickness scan. The measurementincludes superior, inferior, nasal, temporal, mean GCIPL and RFNL, as well assuperotemporal, superonasal, inferotemporal, inferonasal, minimal GCIPL. Result All parameters studied were significantly thinner in PACG groupcompared to PAC group. Mean RFNL thickness and inferotemporal GCIPL hasthe highest specificity and sensitivity, respectively, in detecting glaucoma.Parameter with the best determinant is inferotemporal GCIPL thickness withsensitivity and specificity, 75% and 71.9%, respectively. Conclusion Peripapillary RFNL and GCIPL could be a potential diagnosticparameter in detecting early glaucoma and monitoring therapy response inglaucoma patients. "

"Glaukoma berada di peringkat kedua sebagai penyebab kebutaan di Indonesia. Penurunan lapang pandang yang ditandai dengan penurunan nilai mean deviation MD dan penipisan retinal nerve fiber layer RNFL adalah dua dari beberapa hal yang sering dikaitkan dengan glaukoma. Namun, kedua hal tersebut belum ditemukan secara jelas hubungannya satu sama lain. Penelitian ini bertujuan untuk mengetahui hubungan MD lapang pandang dengan ketebalan rerata RNFL pada pasien glaukoma primer sudut terbuka di RSCM kirana, Jakarta. Desain dari penelitian ini adalah cross-sectional dengan mengambil data dari rekam medis pasien RSCM Kirana dari Januari 2015 hingga Juni 2016 yang memiliki data hasil pemeriksaan optical coherence tomography OCT dan tes Humphrey. Terdapat 95 buah bola mata yang datanya diambil untuk sampel. Dari hasil analisa korelasi antara nilai MD lapang pandang dan ketebalan RNFL yang dilakukan pada data yang diperoleh, didapatkan nilai signifikansi.

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Glaucoma is the second leading cause of blindness in Indonesia. Visual field loss which is indicated by reduced mean deviation MD value and retinal nerve fiber layer RNFL depletion are two of several things frequently related to glaucoma. However, the correlation between the two variables is yet to be clearly discovered. The objective of this research is to know the correlation between visual field MD and RNFL average thickness in primary open angle glaucoma patients in RSCM kirana, Jakarta. The design which is used in this research is cross sectional by retrieving data from RSCM Kirana patients rsquo medical record from January 2015 to June 2016 which have optical coherence tomography OCT and Humphrey test results. There were 95 eyes whose data was retrieved as samples. After analyzing the correlation between visual field MD value and RNFL thickness retrieved from the samples, it was found that the significance value is"

"Perkembangan terapi adjuvan pada glaukoma untuk memperlambat progresi glaukoma saat ini terus dieksplorasi. Penelitian ini mengevaluasi efek Mirtogenol, pada perubahan perfusi okular (perfusi kapiler dan flux index), ketebalan lapisan serabut saraf retina (LSSR), dan tekanan intraokular (TIO) pada pasien glaukoma primer sudut terbuka (GPSTa) yang menerima terapi timolol maleat 0,5% tetes mata. Penelitian ini merupakan uji klinis acak terkontrol tersamar ganda. Terdapat 36 subjek (37 mata) dengan GPSTa dan TIO < 21 mmHg yang diacak untuk mendapatkan Mirtogenol atau plasebo selama 8 minggu. Kedua grup dibandingkan, pada kelompok Mirtogenol, rata-rata peningkatan perfusi kapiler dan flux index lebih baik, dan pada kuadran superior terdapat hasil yang signifikan secara statistik setelah 4 minggu (p=0.018). Rerata perbedaan ketebalan LSSR di seluruh kuadran terdapat penurunan dengan nilai yang lebih sedikit pada kelompok Mirtogenol (p>0.05). Penurunan TIO yang konsisten pada kelompok Mirtogenol setelah 8 minggu (p>0.05). Ditemukan efek samping pada 1 subjek yaitu gangguan lambung. Suplementasi Mirtogenol, sebagai terapi adjuvan pada pengobatan glaukoma dapat meningkatkan perfusi okular, mempertahankan ketebalan LSSR, dan menurunkan TIO.

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The development of adjuvant therapies in glaucoma to slow its progression is currently being explored. This study evaluates the effects of Mirtogenol on changes in ocular perfusion (capillary perfusion and flux index), retinal nerve fiber layer (RNFL) thickness, and intraocular pressure (IOP) in primary open-angle glaucoma (POAG) patients receiving 0.5% timolol maleate eye drops. This study is a double-blind, randomized controlled clinical trial. There were 36 subjects (37 eyes) with POAG and IOP < 21 mmHg randomized to receive Mirtogenol or placebo for 8 weeks. Compared between the two groups, the Mirtogenol group showed a better average improvement in capillary perfusion and flux index, with statistically significant results in the superior quadrant after 4 weeks (p=0.018). The mean difference in RNFL thickness across all quadrants showed a smaller reduction in the Mirtogenol group (p>0.05). There was a consistent decrease in IOP in the Mirtogenol group after 8 weeks (p>0.05). One subject experienced side effects, specifically stomach disturbances. Mirtogenol supplementation, as an adjuvant therapy in glaucoma treatment, can improve ocular perfusion, maintain RNFL thickness, and reduce IOP."