[202]: data by M.Franke, Kirchberg, Germany [5]: based on data by William G.Myers MD, Evanston, IL, USA [299]: data by Cataract Service, Moorfields Eye Hospital, London, UK [302]: data by Joseph R. Bishop III, Bluffton, SC, USA [149]: data by Dr.F.Brons, Dortmund, Germany [32]: data by Dr.V.Hessemer, Darmstadt, Germany [354]: data by Bausch & Lomb ZEISS CT SPHERIS 204 (Acri.Lyc 44S) A=118.0 a0=0.93 a1=0.40 a2=0.10 pACD=5.16 sf=1.40 A=118.3 A=118.5 177 [16],[18],[207],[230],[404] Hoya AF-1 YA-65BB(***) (+) A=118.3 a0=1.31 a1=0.40 a2=0.10 pACD=5.65 sf=1.74 A=118.7 A=118.2 88 [95] [156]: data by Francis Reid, MD, Oak Ridge, TN, USA So, an increase of 0.50 in the lens constant will produce an IOL power outcome prediction that is also 0.50 D greater. [346]: data by Dr. Rudolf Sieben, Aachen, Germany All three lenses have different strategies for compensating for spherical aberration. Participants: Seventy eyes of 35 patients who underwent phacoemulsification for cataract surgery. [125]: data by P.Lockie MD, Geelong, Australia Moss Vision Optiflex MOHF-D012 A=118.5 a0=0.95 a1=0.40 a2=0.10 pACD=5.16 sf=1.43 A=118.4 A=118.6 49 [369] The ratio of the focal length of a digital camera lens to a 35mm still camera lens. [135]: data by B.Shingleton, MD, Boston, MA, USA [216]: data by Dr.S.Bttmann, Ladenburg, Germany Oculentis LU-800 RZI A=116.0 a0= -0.11 a1=0.40 a2=0.10 pACD=4.10 sf=0.31 A=116.6 A=116.6 47 [108] [44]: data by E.Hurst, MD, USA Ophtec Artisan 205 aph.retropup. [251]: data by Dr.T.Hanemoto, Mito, Japan [74]: data by Dr.H.Kreinberger, Gera, Germany Oculentis LU-313T A=118.0 a0=0.97 a1=0.40 a2=0.10 pACD=5.18 sf=1.37 A=118.2 A=118.2 162 [394] The https:// ensures that you are connecting to the ZEISS AT TORBI 709 MP A=118.3 a0=1.13 a1=0.40 a2=0.10 pACD=5.37 sf=1.59 A=118.5 A=118.3 48 [372] [56]: data by Dr.M.Meyer, Leer, Germany Argentina [21]: data by A.Koletzko,MD, Moers, Germany