Refractive Lens Surgery

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240 Subject Index Contrast sensitivity 1, 80 – function 146 –photopic 81 Convexo-plano lens see lens Cornea 125 Corneal aberration see aberration Corneal curvature 40 –anterior 40 –posterior 40 Corneal edema 216 Corneal inlay 100 Corneal power – annular 44 Corneal topography 26 Cortical clean-up 235 Cortical cleaving hydrodissection 12 Counseling 234 Coupling ratio 51 Crosslinking 181 Cruise-control 225 Crystalens 5 Crystalline lens see lens Cumming, St. 88 Curing 181 Custom control software 214 Customized ablation 8 Cycloplegia 92 Cyclorotation 73 Cyclotorsion 54 D Decentration 61, 130 Diabetic maculopathy 139 Diathermy 182, 222 Diffusion 164 Digital light delivery device (DLDD) 168 Dimethyl sioxane 180 Diopter range 139 Diphenyl siloxane 181 Diplopia 32 DLDD see digital light delivery device Dodick 7 Double K method 15 Double-K formula 40 Dual-linear control 215 Duty cycle 217 E EAIOL see IOL Early Treatment of Diabetic Retinopathy Study 83 Eff RP see effective refractive power Effective lens position (ELP) 22 Effective phacoemulsification time 204 Effective refractive power (Eff RP) 14, 15 Elastic modulus 180 ELP see effective lens position Emmetropia 7, 59, 161 Endocapsular balloon 177 Endocapsular phacoemulsification see phacoemulsification Endophthalmitis 167 Endothelial cell count 26, 204 Endothelial dystrophy 222 Envelope modulation 217 Equilibrium 163 Euler’s theorem 50 Excimer laser 25 EyeSys Corneal Analysis System 43 F Farnsworth-Munsell 100 Hue Test 155 Feiz-Mannis method 42 Fibrin 180 Fibronectin 72 Fibrosis 65 Fine-Thornton fixation ring 56 Finite element 100 – analysis 126 Flexeon 128 Fluoroquinolone antibiotics 167 Followability 215 Fresnel 189 Functional vision 1, 79 G Gelatin 174 Glare 141 – disability 137 Glaucoma 35, 101 Goldmann gonioscopy lens see lens Goniovideography 131 Gradient refractive index 180 Gullstrand eye 100 Gullstrand workshop 179 H Haigis W. 13 Halos 8, 142 Hanna, K.D. 10 Haptics 102, 125 Hara, Tsutomu 124 Hard contact lens method 14 Hartinger coincidence refractometer 131, 180 Helmholtz’ theory of accomodation see accomodation Hexagonal keratotomy see keratotomy Historical method 14 Hoffer Q formula 30 Holladay 2 formula 6, 24 Holladay Diagnostic Summary 43 Hyaluronic acid 182 Hydrodelineation 12, 194 Hydrodissection 194 – cortical cleaving 235 Hydrogel 181 Hydrophilic acrylic lens see lens Hyperopia 3 Hyperopic shift 31 Hyperpulse 216 I Immersion ultrasound 11 Impedance cyclography 100 Incision – intralimbal relaxing 51 – limbal relaxing 7, 50, 51, 60, 140 – side port 216 – size 204 – trapezoidal 202 Index of refraction 28, 40 Infusion pressure 212
Intracapsular lens extraction 234 Intraocular lens see IOL Intraocular pressure 203 IOL (intraocular lens) 1 – accomodative 5, 145 – acrylic 82 – anterior chamber 188 – bifocal 138 – Collamer 12 – diffractive multifocal 4 – elliptical accomodation (EAIOL) 124 – iris-fixated 188 –Master 6 – modified prolate 81 – monofocal 140 – – spherical 142 – multifocal intraocular lens 100 – new-technology 62 – phakic 37 – – anterior chamber 36 – plate-haptic 61 – toric 22, 50 Iridotomy, peripheral 188 Iritis 35 Irrigating chopper 195 Irrigation sleeve 193 Irrigation/aspiration 222 K Keratectomy – astigmatic (AK) 60 – photorefractive 14 – zonal photorefractive 100 Keratoconus fruste 53 Keratome 54 Keratometer, manual 29 Keratometric axis 61 Keratometry 161 – adjusted 44 –automated 29 – manual 93 – simulated 41 Keratoplasty –conductive 50 – penetrating 14 Keratorefractive surgery 39 Keratoscopy 54 Subject Index 241 Keratotomy – astigmatic 71 – hexagonal 14 – radial 6 L Laser flare photometry 104 Laser interferometry 93 Laser thermal keratoplasty 14 LASIK (laser-assisted in-situ keratomileusis) 1, 60 <strong>Lens</strong> 5, 127 – apodized 138 – crystalline 32 – convexo-plano 32 – epithelial cell proliferation 117, 180 – Goldmann gonioscopy 82 – hydrophilic acrylic 104 – hydrophobis acrylic 138 – intraocular see IOL – light-adjustable 5 –meniscus 36 –multifocal 4 – phakic, thickness 15, 18 –piggyback 7 – pseudophakic 162 – refilling 175 – smart 5 – twin-optic 126 Lenticular astigmatism see astigmatism Limbal relaxing incision (LRI) see incision Lipofuscin 152 Loop-haptics 61 LRI see incision Luminance 83 M Mackool tips 202 Macromer 164 Macular degeneration – age-related 101 Magnetic resonance imaging (MRI) 100 Maloney method, modified 45 Malposition 60 Meniscus lens see lens Methylcellulose 1% 67 Microincision 235 Microincisional cataract surgery (MICS) 199 Miotics 94 Miyake technique 129 MOD see multi-order diffraction Modified Maloney method see Maloney method Modulation threshold function 80 Modulation transfer function (MTF) 80, 146 – polychromatic 191 Monovision 29 MRI see magnetic resonance imaging MTF see modulation transfer function Multifocality 106 Multi-order diffraction (MOD) 189 Myopia 3 Myopization 107 N Nd:YAG capsulotomy 65, 108 NeoSoniX 209 Nomogram 52 Nuclear cataract 177 O Off-axis rotation 63 Ophthalmic viscosurgical device (OVD) 116 Optic –biconvex 72 – edge, truncated 73 – sharp-edged 73 Optical aberration see aberration Optical biometry 11 Optical zone 28 Orbscan 46 Oscillatory motion 209 OVD see ophthalmic viscosurgical device
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Refractive Lens Surgery I. H. Fine
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Editors I. Howard Fine, MD Mark Pac
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Preface The first recorded time a h
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X Contents Chapter 14 AcrySof ReSTO
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Contributors Jorge L. Alio, MD, PhD
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1 The Crystalline Lens as a Target
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2 CORE MESSAGES Refractive Lens Exc
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na that have been observed with som
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piration through two separate incis
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6 R.S. Hoffman · I.H. Fine · M. P
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8 R.S. Hoffman · I.H. Fine · M. P
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10 R.S. Hoffman · I.H. Fine · M.
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12 M. Packer · I.H. Fine · R.S. H
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22 J.T. Holladay 4.1 Introduction T
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24 J.T. Holladay but only seven pre
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26 J.T. Holladay from morning to ni
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28 J.T. Holladay 4.3.2.2.3 Corneal
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30 J.T. Holladay rienced this condi
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32 J.T. Holladay many of these pati
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34 J.T. Holladay IOL eRx V 1336 =
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36 J.T. Holladay raised. A more tho
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38 J.T. Holladay rior segment laser
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40 D.D. Koch · L.Wang corneal refr
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42 D.D. Koch · L.Wang Table 5.1. M
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44 D.D. Koch · L.Wang Fig. 5.4. Nu
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46 D.D. Koch · L.Wang Fig. 5.5. Ce
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48 D.D. Koch · L.Wang ∑ Double-K
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50 L.D. Nichamin surgeon the abilit
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52 L.D. Nichamin Table 6.1. The Nic
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54 L.D. Nichamin 3.2 mm, its neglig
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56 L.D. Nichamin Fig. 6.4. The Nich
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58 L.D. Nichamin References 1. Anon
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60 S. Bylsma aphakic state. In cont
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62 S. Bylsma length),underwent full
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64 S. Bylsma K-Astigmatism
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66 S. Bylsma STIOL in the reversed
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68 S. Bylsma about the dynamics at
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8 Correction of Keratometric Astigm
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Fig. 8.2. AcrySof toric IOL implant
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Fig. 8.3. Mean absolute residual cy
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References 1. Hoffer KJ (1980) Biom
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10 The Eyeonics Crystalens Steven J
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Fig. 10.3. Under binocular conditio
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Fig. 10.6. Anterior movement of the
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Fig. 10.7. One- and 3-year data fro
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10.6 Postoperative Considerations C
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10. Dell SJ (2004) Objective eviden
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100 N.X. Nguyen · A. Langenbucher
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12 CORE MESSAGES Synchrony IOL H. B
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Fig. 12.1. The single-piece silicon
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12.5 Clinical Results Clinical tria
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Fig. 12.6. Retroillumination photog
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References 1. Fisher RF (1973) Pres
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124 F.M. Sarfarazi 13.1 The Nature
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126 F.M. Sarfarazi Fig. 13.4. Lens
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128 F.M. Sarfarazi Fig. 13.5. Mecha
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130 F.M. Sarfarazi Fig. 13.9. Secon
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132 F.M. Sarfarazi Fig. 13.14. Sche
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134 F.M. Sarfarazi Fig. 13.18. Work
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136 F.M. Sarfarazi References 1. Ma
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138 A. Mirshahi · E.Terzi · T. Ko
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15 The Tecnis Multifocal IOL Mark P
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Fig. 15.1. The Alcon AcrySof multif
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Fig. 15.4. Multifocal vs. monofocal
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16 Blue-Light-Filtering Intraocular
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Fig. 16.2. Cultured human RPE cells
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tion to benefiting from less exposu
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16.7 Blue-Light-Filtering IOLs and
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15. Marshall J, Mellerio J, Palmer
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17 CORE MESSAGES The Light-Adjustab
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Fig. 17.2 a-c. Cross-sectional sche
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17.4 Animal Studies Dr. Nick Mamali
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Fig. 17.8. A laser interferogram (l
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enhanced visual function that remai
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13. Mather R, Karenchak LM, Romanow
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174 S. Norrby Fig. 18.1. Small cale
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176 S. Norrby Fig. 18.3. Scheimpflu
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178 S. Norrby Fig. 18.4. Schematic
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180 S. Norrby there was fibrin form
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182 S. Norrby material had a Young
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Page 230 and 231: 25 CORE MESSAGES AMO Sovereign with
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Page 234 and 235: the Sovereign Compact (see Fig. 25.
Page 236 and 237: 234 M. Packer · R.S. Hoffman · I.
Page 238 and 239: 27 Conclusion: The Future of Refrac
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