For CEL patients with scleral-sutured IOL surgery, the SRK/T and EVO formulas were 2 of the recommended IOL formulas that had the lowest PEs after constant optimization.

Purpose. To investigate the characteristics of anterior chamber angle parameters in congenital ectopia lentis (CEL) patients and to evaluate the sensitivity and specificity of anterior segment parameters in distinguishing CEL from healthy controls. Setting. Zhongshan Ophthalmic Center, Guangzhou, China. Design. Cross-sectional study. Methods. 35 CEL patients and 35 age- and sex-matched healthy controls were recruited. Axial length (AL) and anterior segment parameters including anterior chamber width (ACW), angle open distance (AOD), angle recess area (ARA), trabecular-iris space area (TISA), and trabecular-iris angle (TIA) were measured. All the above parameters and the ratio index of angle parameters, which was defined as the angle parameter value of the narrower side to that of the contralateral side, were compared between CEL and controls. Receiver operating characteristic (ROC) curves were also plotted to evaluate the diagnostic performance of anterior chamber angle parameters in CEL patients. Results. All angle parameters of the contralateral side to the dislocated lens side were significantly smaller than those of the dislocated lens side in CEL (all P < 0.05 ). For the diagnostic performance of anterior chamber angle parameters, the ratio index of TIAr500 combined with TIAr750 had the best diagnostic performance for CEL screening (AUC = 0.798), and TIAr500 of 0.887 and TIAr750 of 0.917 were detected to be the optimal cut-off points, representing a sensitivity of 89.8% and specificity of 68.7%. Conclusion. The contralateral side to the dislocated lens side in the CEL had a narrower anterior chamber angle. TIAr500 combined with TIAr750 is the optimal combination strategy for ectopia lentis screening.

N−stearoyl valine Eicosanoyl−EA Glabrol Phosphoglycolic acid O−Phospho−4−hydroxy−L−threonine 1−(Malonylamino)cyclopropanecarboxylic acid Phosphohydroxypyruvic acid Aspartyl−Histidine 2−Aminoethylphosphonic acid 2−Methoxybenzenethiol 3−Hydroxynitrazepam 2−Butanone, 4−[6−(sulfooxy)−2−naphthalenyl]− 2−[(Ethylthio)methyl]furan (R)−(+)−2−Pyrrolidone−5−carboxylic acid Oxoglutaric acid N−Acetyl−L−aspartic acid b−D−Glucopyranosiduronic acid Phenethylamine glucuronide S−Lactoylglutathione 2,7−Anhydro−alpha−N−acetylneuraminic acid Fructoselysine Voriconazole N−Desmethylzolmitriptan Streptamine phosphate N−(1−Deoxy−1−fructosyl)valine Hydroxypropionylcarnitine Mannopine N−(1−Deoxy−1−fructosyl)isoleucine N−(1−Deoxy−1−fructosyl)leucine hept−2−enedioic acid L−Ascorbic acid−2−glucoside Ethyl glucuronide 3−Hydroxyadipic acid Methyl5−(but−3−en−1−yl)amino−1,3,4−oxadiazole−2−carboxylate 3−Acrylamidopropyl trimethylammonium Alanyl−Arginine Mimosine 3−(1−Hydroxymethyl−1−propenyl)pentanedioic acid Diethyl Oxalpropionate Citrinin Graveolinine 1−(Indol−3−yl)propanol 3−phosphate Scandinone Monoglyceride citrate (R)−2−Hydroxybutane−1,2,4−tricarboxylate 4−Carboxy−4−hydroxy−2−oxoadipate Acetyl−D−carnitine Glycerol 1−propanoate diacetate N−(2−Hydroxyethyl)iminodiacetic acid Castanospermine Petunidin Pelargonidin SC−514 Flupyrsulfuron−methyl sodium 2−C−Methyl−D−erythritol 2,4−cyclodiphosphate erythro−8,10−Heptacosanediol OH−Diaponeurosporene glucoside ester PA(12:0/15:0) 4−Carboxy−4'−sulfoazobenzene Aminomalonic acid 3,5−DINITROCATECHOL (OR−486) N−Acetylaspartylglutamic acid 2−Aminoadenosine Ceriporic acid B 2−Fluorobenzoate Inosine Allopurinol−1−ribonucleoside Hypoxanthine gamma−Glutamyl−beta−aminopropiononitrile 1,5−Dibutyl methyl hydroxycitrate Ceriporic acid A 1−O−(2R−hydroxy−octadecyl)−sn−glycerol O−6−deoxy−a−L−galactopyranosyl−(1−>2)−O−b−D−galactopyranosyl−(1−>3)−2−(acetylamino)−1,5−anhydro−2−deoxy−D−arabino−Hex−1−enitol Bosentan N−methylundec−10−enamide (3R,6S)−3−Hydroxy−1,7−dioxaspiro[5.5]undecane Gabapentin 2−octenal 7−undecynoic acid 12−amino−dodecanoic acid 2−Dodecylbenzenesulfonic acid N−Undecylbenzenesulfonic acid Ro 31−7549 cis−Resveratrol 3−sulfate 9−B1−PhytoP Kynurenic acid Dibutyl phthalate Phthalic acid Uridine N−Methyl−4−pyridone−3−carboxamide dihydrocapsaicin Type IV cyanolipid 16:0 ester N−goshuyoyl lysine cis− and trans−5−Ethyl−4−methyl−2−(2−butyl)−thiazoline Ethyl 3−(N−butylacetamido)propionate 7−oxo−8−amino−nonanoic acid (E)−2−Butenyl−4−methyl−threonine PELLETIERINE Methylthiobenzoic acid Niacinamide (S,Z)−Lyratol acetate Coutaric acid Chrycolide Itaconic acid 4−(4−Deoxy−alpha−D−gluc−4−enuronosyl)−D−galacturonate 4−Nitroquinoline−1−oxide Leu−Leu−Tyr lipoamide Baclofen Propionylcarnitine 3,4−Dihydro−2H−1−benzopyran−2−one 3−(4−Methyl−3−pentenyl)thiophene L−Histidine D−(−)−Arabinose trans−2−[(Dimethylamino)methylimino]−5−[2−(5−nitro−2− furyl)−vinyl]−1,3,4−oxadiazole N−Acetylmuramoyl−Ala KINETIN RIBOSIDE (E)−C−HDMAPP Cystamine L−Acetylcarnitine DL−Acetylcarnitine Butyrylcarnitine 2−Carboxy−4−dodecanolide Chrycorin allopurin...