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1.  The role of the optical coherence tomography in identifying shape and size of idiopathic epiretinal membranes 
AIM
Currently, the border of idiopathic epiretinal membranes (iERM) is outlined intraoperatively using vital dyes. Therefore, the authors set out to investigate the role of the preoperative retinal thickness map (RTM) of the optical coherence tomography (OCT) in identifying the shape and the size of the iERMs.
Methods
15 eyes of 15 patients with iERM who underwent vitrectomy with indocyanine green-assisted membrane peeling were included in this study. The authors analysed the intraoperative fundus images and preoperative Cirrus HD-OCT to detect the shape and the size of the iERM as well as the shape and the size of each thickness-indicating colour (white, red, orange and yellow) on the RTM, respectively. The correlation of areas and morphologic characteristics between both groups was explored.
Results
Analysis of iERM morphologic characteristics (shape) showed a similarity between the iERM contour and the corresponding RTM in 13 cases (86.6%). Furthermore, retinal folds were found in six iERMs and in their corresponding RTMs. Analysis of iERM size (area) revealed a positive correlation between the iERM area and each studied coloured area in RTM. The most significant correlation was between iERM and the red area (440–480 μm; r=0.87, p<0.0001).
Conclusion
The iERM-related retinal folds are clearly distinguishable on the HD-OCT. The red area in RTM representing the 440–480 μm retinal thickness can be a reliable predictor of the extent and the shape of the iERM.
doi:10.1136/bjophthalmol-2011-300629
PMCID: PMC3355339  PMID: 22328818
Optical coherence tomography; epiretinal membrane; indocyanine green; retinal thickness map; retina; vitreous; treatment surgery; imaging; neovascularisation; treatment lasers
2.  Linguatula serrata Tongue Worm in Human Eye, Austria 
Emerging Infectious Diseases  2011;17(5):870-872.
Linguatula serrata, the so-called tongue worm, is a worm-like, bloodsucking parasite belonging to the Pentastomida group. Infections with L. serrata tongue worms are rare in Europe. We describe a case of ocular linguatulosis in central Europe and provide molecular data on L. serrata tongue worms.
doi:10.3201/eid1705.100790
PMCID: PMC3321759  PMID: 21529398
Linguatula; Pentastomida; anterior chamber; uveitis; 18S ribosomal DNA; tongue worm; parasites; molecular data; Austria; dispatch
3.  Effect of the hydrophilicity of acrylic intraocular lens material and haptic angulation on anterior capsule opacification 
Aim
To evaluate the influence of hydrophilic and hydrophobic acrylic material and haptic angulation on anterior capsule opacification (ACO).
Methods
Prospective study on 53 patients with bilateral age‐related cataract. Patients underwent standard cataract surgery by the same surgeon and randomly received a hydrophilic acrylic intraocular lens (IOL) in one eye and a hydrophobic acrylic IOL in the other eye. Forty five of these patients completed the one‐year follow‐up. The following parameters were assessed: decentration, buttonholing, anterolenticular gap (ALG), ACO, outgrowth and refractive outcome.
Results
At the one‐year follow‐up, ACO was seen in 80% of the hydrophilic and 100% of the hydrophobic IOLs. ACO was more intense in the hydrophobic IOLs (p<0.001). Outgrowth was seen in 42% of the hydrophilic and 2% of the hydrophobic IOLs (p = 0.0003). No case of persisting ALG was seen in the hydrophobic IOLs, but in 42% of the hydrophilic IOLs. The refractive outcome was −0.29 (SD 0.56) dioptres for the hydrophilic and 0.003 (SD 0.44) dioptres for the hydrophobic IOLs (p<0.001).
Conclusion
These results suggest that there is less ACO in hydrophilic acrylic than in hydrophobic acrylic IOLs. Although material properties might play a role, the angulated haptics of the hydrophilic IOLs exert an additional effect by the persisting ALG and a lack of contact between the IOL and the anterior capsule.
doi:10.1136/bjo.2006.103390
PMCID: PMC1994770  PMID: 17108011
acrylic intraocular lens; anterior capsule opacification; ACO; haptic angulation

Results 1-3 (3)