ULIB
User Group for Laser Interference Biometry


Please note:
The following IOL constants were derived from clinical results with the ZEISS IOLMaster. Since they reflect the special hardware and processing conditions of the instrument type applied for data acquisition, they can only be used with the ZEISS IOLMaster.

Optimized IOL Constants for the ZEISS IOLMaster calculated from patient data on file (as of Apr 03, 2014):
Please note: constants are preliminary, especially if n < 50 ! (For details how to create your own tentative constants, please click here).
Please note also: the constant a0 of the Haigis formula may be positive as well as negative !
IOL nominal Haigis HofferQ Holl.1 SRK/T SRK II n Ref.
1stQ Basis Z A=118.0 a0= -0.070    a1=0.210    a2=0.163 pACD=5.01 sf=1.25 A=118.1 A=118.3 604 [49],[223],[224],[84],[33],[245],[122],[246],[271],[272],[286],[350]
1stQ Basis Q A=118.0 a0=0.274    a1=0.458    a2=0.116 pACD=5.01 sf=1.25 A=118.1 A=118.3 549 [253],[272],[245]
1stQ Basis Z hydrophob A=118.0 a0=1.32    a1=0.40    a2=0.10 pACD=5.46 sf=1.70 A=118.9 A=119.2 97 [271]
1stQ Basis K A=118.9 a0=0.95    a1=0.40    a2=0.10 pACD=5.15 sf=1.37 A=118.3 A=118.6 122 [345]
Aaren Scientific OPTIVIS A=118.1 a0=0.75    a1=0.40    a2=0.10 pACD=4.97 sf=1.20 A=118.0 A=118.2 71 [237],[291],[243]
Aaren Scientific AQUA 4 Y RM A=118.5 a0=1.36    a1=0.40    a2=0.10 pACD=5.54 sf=1.74 A=118.8 A=119.2 117 [263]
Aaren Scientific EC-3 A=118.2 a0=1.45    a1=0.40    a2=0.10 pACD=5.69 sf=1.89 A=119.1 A=119.4 35 [263]
Aaren Scientific EC-1YH PAL A=117.8 a0=1.20    a1=0.40    a2=0.10 pACD=5.40 sf=1.61 A=118.7 A=118.8 100 [263],[290]
Aaren Scientific EC-1R PAL A=118.3 a0=1.22    a1=0.40    a2=0.10 pACD=5.37 sf=1.63 A=118.7 A=119.1 55 [319]
Alcon AcrySof MA60BM (Japan) A=118.9 a0=1.98    a1=0.40    a2=0.10 pACD=6.10 sf=2.32 A=119.8 A=120.5 99 [41]
Alcon SA60AT (Japan) A=118.4 a0= -1.627    a1=0.305    a2=0.248 pACD=5.64 sf=1.83 A=118.9 A=119.2 501 [41]
Alcon SN60WF (Japan) A=118.7 a0= -1.268    a1=0.342    a2=0.233 pACD=5.79 sf=1.95 A=119.1 A=119.4 202 [41]
Alcon SN60WF IQ (India) A=118.7 a0=1.35    a1=0.40    a2=0.10 pACD=5.53 sf=1.76 A=118.9 A=119.3 68 [314]
Alcon AcrySof MA60BM A=118.9 a0=1.443    a1=0.077    a2=0.163 pACD=6.08 sf=2.33 A=119.8 A=120.4 271 [2],[10],[18]
Alcon AcrySof MA60AC A=118.4 a0= 0.229    a1=0.011    a2=0.205 pACD=5.67 sf=1.90 A=119.2 A=119.5 399 [18],[114],[150],[171]
Alcon AcrySof MA50BM A=118.9 a0=1.75    a1=0.40    a2=0.10 pACD=5.90 sf=2.12 A=119.4 A=119.7 141 [18],[46]
Alcon AcrySof MA30BA A=118.9 a0=1.81    a1=0.40    a2=0.10 pACD=5.91 sf=2.10 A=119.4 A=119.7 49 [5]
Alcon AcrySof MA30AC A=118.4 a0=1.34    a1=0.40    a2=0.10 pACD=5.46 sf=1.64 A=118.7 A=118.8 67 [39]
Alcon MA60MA (+diopters) A=118.9 a0=5.92    a1=0.40    a2=0.10 pACD=15.94 sf=10.35 A=126.7 A=118.9 62 [143],[18]
Alcon MA60MA (-diopters) A=118.9 a0= -4.00    a1=0.40    a2=0.10 pACD= -5.25 sf= -6.82 A=103.8 A=119.2 25 [143],[18]
Alcon MZ30BD A=118.7 a0=1.51    a1=0.40    a2=0.10 pACD=5.59 sf=1.89 A=119.2 A=119.7 36 [15]
Alcon SA30AL A=118.4 a0=1.26    a1=0.40    a2=0.10 pACD=5.45 sf=1.66 A=118.8 A=119.0 115 [3],[18]
Alcon SA60AT A=118.4 a0= -0.111    a1=0.249    a2=0.179 pACD=5.44 sf=1.67 A=118.8 A=119.0 1867 [2],[5],[10],[16],[18],[32],[66],[67],[46],[85],[90],[101],[25],[171],[252],[269]
Alcon SN60WF A=118.7 a0= -0.762    a1=0.227    a2=0.218 pACD=5.64 sf=1.85 A=119.0 A=119.2 5128 [55],[90],[5],[112],[113],[127],[98],[101],[129],[130],[25],[156],[159],[171],[172],[225],[235],[244],[250],[260],[121],[279],[278],[318],[324],[331],[339],[344]
Alcon ReSTOR SA60D3 A=118.1 a0= -0.123    a1=0.099    a2=0.189 pACD=5.23 sf=1.46 A=118.5 A=118.7 339 [57],[58],[59],[60],[61],[85]
Alcon ReSTOR SN6AD1/3 A=118.9 a0= -0.385    a1=0.197    a2=0.204 pACD=5.64 sf=1.84 A=119.0 A=119.1 885 [55],[243],[278]
Alcon Toric SN6AT(2-9) A=119.0 a0= -0.323    a1=0.213    a2=0.208 pACD=5.81 sf=1.98 A=119.2 A=119.3 584 [55],[302]
Alcon Toric SN6AT(3-5) (Japan)A=119.0 a0= 1.78    a1=0.40    a2=0.10 pACD=5.91 sf=2.08 A=119.3 A=119.6 77 [41]
Alcon ReSTOR SN6AD1/3 (India) A=119.1 a0=1.35    a1=0.40    a2=0.10 pACD=5.57 sf=1.80 A=119.0 A=119.3 66 [314]
Alcon ReSTOR SN6AD2 (India) A=119.1 a0=1.45    a1=0.40    a2=0.10 pACD=5.64 sf=1.89 A=119.2 A=119.5 31 [314]
Alcon ReSTOR SV25T0 (India) A=119.1 a0=1.63    a1=0.40    a2=0.10 pACD=5.84 sf=2.05 A=119.3 A=119.6 16 [314]
AMO SI30 NB A=117.4 a0=1.23    a1=0.40    a2=0.10 pACD=5.34 sf=1.58 A=118.5 A=118.6 34 [15]
AMO SI40 NB A=118.0 a0= -0.199    a1=0.276    a2=0.169 pACD=5.19 sf=1.42 A=118.4 A=118.6 1172 [2],[17],[18]
AMO ClariFlex A=118.0 a0=0.92    a1=0.40    a2=0.10 pACD=5.14 sf=1.37 A=118.3 A=118.6 142 [2],[28]
AMO ClariFlex (Japan) A=118.0 a0=1.38    a1=0.40    a2=0.10 pACD=5.50 sf=1.68 A=118.7 A=118.8 29 [80]
AMO Sensar AR40 A=118.4 a0=0.472    a1=0.077    a2=0.174 pACD=5.39 sf=1.62 A=118.7 A=118.9 368 [2],[18]
AMO Sensar AR40E A=118.4 a0= -2.420    a1=0.157    a2=0.288 pACD=5.41 sf=1.63 A=118.7 A=118.8 653 [18],[19],[65],[97],[121],[172]
AMO Sensar 1-piece AAB00 A=118.4 a0=1.32    a1=0.40    a2=0.10 pACD=5.48 sf=1.71 A=118.8 A=119.2 140 [316],[18]
AMO ReZoom NXG1 A=118.4 a0=0.92    a1=0.40    a2=0.10 pACD=5.20 sf=1.40 A=118.3 A=118.5 113 [63],[131]
AMO SA40 Array A=118.0 a0=0.65    a1=0.40    a2=0.10 pACD=4.90 sf=1.14 A=117.9 A=118.1 183 [2],[18]
AMO SI55 A=118.0 a0=1.10    a1=0.40    a2=0.10 pACD=5.28 sf=1.56 A=118.7 A=119.1 77 [2],[18]
AMO PS60 ANB A=116.7 a0=1.15    a1=0.40    a2=0.10 pACD=5.46 sf=1.65 A=118.7 A=118.9 18 [2]
AMO Verisyse 50 aph.retropup. A=116.8 (*) a0= -0.25    a1=0.40    a2=0.10 pACD=4.34 sf=0.54 A=116.9 A=116.8 20 [52],[64]
AMO CeeOn 911A A=118.3 a0=0.568    a1=0.224    a2=0.152 pACD=5.42 sf=1.65 A=118.7 A=119.1 647 [2],[10],[18],[20],[44]
AMO 808C A=118.0 a0=1.50    a1=0.40    a2=0.10 pACD=5.65 sf=1.89 A=119.1 A=119.6 130 [2]
AMO Tecnis Z9000 A=119.0 a0= -0.663    a1=0.117    a2=0.232 pACD=5.71 sf=1.93 A=119.2 A=119.5 494 [19],[27],[28],[82],[114]
AMO Tecnis Z9001 A=119.0 a0=1.50    a1=0.40    a2=0.10 pACD=5.71 sf=1.94 A=119.2 A=119.4 53 [98]
AMO Tecnis Z9002 A=118.7 a0= -1.201    a1=0.102    a2=0.246 pACD=5.46 sf=1.67 A=118.8 A=119.0 1275 [109],[139],[140],[19],[103],[104],[72],[98],[232],[234],[239]
AMO Tecnis ZM900 A=119.0 a0=1.60    a1=0.40    a2=0.10 pACD=5.89 sf=2.21 A=119.8 A=120.5 118 [71],[72],[77],[79]
AMO Tecnis ZA9003 A=119.1 a0= -1.298    a1=0.233    a2=0.240 pACD=5.61 sf=1.84 A=119.1 A=119.4 1309 [63],[84],[109],[110],[111],[133],[158],[217]
AMO Tecnis 1 ZCB00 A=118.8 a0= -1.302    a1=0.210    a2=0.251 pACD=5.80 sf=2.02 A=119.3 A=119.6 2041 [143],[144],[145],[132],[163],[164],[165],[166],[167],[168],[18],[169],[241],[242],[265],[303],[322]
AMO Tecnis ZMA00 A=119.1 a0= -1.750    a1=0.242    a2=0.266 pACD=5.80 sf=2.06 A=119.5 A=120.0 205 [78],[243]
AMO Tecnis ZMB00 (Hongkong) A=118.8 a0=1.93    a1=0.40    a2=0.10 pACD=6.14 sf=2.35 A=119.7 A=119.7 51 [280]
AMO Tecnis ZMB00 A=118.8 a0=1.68    a1=0.40    a2=0.10 pACD=5.88 sf=2.10 A=119.5 A=119.7 133 [294],[71],[333],[334],[335],[336]
ARGONOPTICS TRICE A=118.0 a0=1.13    a1=0.40    a2=0.10 pACD=5.28 sf=1.49 A=118.5 A=118.7 60 [162]
ARGONOPTICS EUROMAXX A=118.0 a0=0.87    a1=0.40    a2=0.10 pACD=5.09 sf=1.33 A=118.2 A=118.5 105 [43]
AUROLAB FH5600AS A=118.0 a0=0.68    a1=0.40    a2=0.10 pACD=4.92 sf=1.12 A=117.8 A=117.9 99 [288]
Bausch&Lomb BL27 A=117.8 a0=1.16    a1=0.40    a2=0.10 pACD=5.31 sf=1.55 A=118.6 A=119.0 96 [30]
Bausch&Lomb Soflex2 A=118.1 a0= -1.323    a1=0.038    a2=0.249 pACD=5.20 sf=1.44 A=118.4 A=118.7 216 [14],[23]
Bausch&Lomb Akreos Adapt A=118.0 a0=0.96    a1=0.40    a2=0.10 pACD=5.14 sf=1.40 A=118.4 A=118.7 62 [76]
Bausch&Lomb Akreos Adapt-AO A=118.0 a0= -0.830    a1=0.305    a2=0.191 pACD=5.20 sf=1.42 A=118.4 A=118.5 253 [125],[289]
Bausch&Lomb Akreos FIT A=118.0 a0=0.78    a1=0.40    a2=0.10 pACD=5.02 sf=1.26 A=118.1 A=118.3 71 [24]
Bausch&Lomb LI61U Soflex A=118.0 a0= 0.272    a1=0.182    a2=0.163 pACD=5.28 sf=1.49 A=118.5 A=118.6 713 [40],[44],[100],[126]
Bausch&Lomb LI61SE Soflex2 A=118.0 a0=1.09    a1=0.40    a2=0.10 pACD=5.31 sf=1.52 A=118.5 A=118.8 98 [25]
Bausch&Lomb LI61AO SofPort A=118.0 a0=0.057    a1=0.186    a2=0.171 pACD=5.29 sf=1.51 A=118.5 A=118.6 464 [124],[135]
Bausch&Lomb Akreos AO MI60 A=118.4 a0=1.49    a1=0.40    a2=0.10 pACD=5.67 sf=1.90 A=119.1 A=119.4 102 [23],[228]
Bausch&Lomb enVista MX60 A=118.2 a0=1.46    a1=0.40    a2=0.10 pACD=5.68 sf=1.91 A=119.2 A=119.6 152 [9]
Bausch&Lomb S 122UV A=115.8 a0= -1.13    a1=0.40    a2=0.10 pACD=3.13 sf= -0.65 A=115.1 A=114.9 29 [299]
Bausch&Lomb L 122UV A=115.8 a0= -1.10    a1=0.40    a2=0.10 pACD=3.17 sf= -0.60 A=115.1 A=115.3 22 [299]
Bausch&Lomb INCISE MJ14 A=118.7 a0=1.35    a1=0.40    a2=0.10 pACD=5.51 sf=1.75 A=118.9 A=119.2 90 [354]
Biotech Bioacryl 60125 A=118.1 a0=1.53    a1=0.40    a2=0.10 pACD=5.75 sf=1.96 A=119.2 A=119.6 68 [53]
Biotech Bioacryl 65 A=118.0 a0=1.39    a1=0.40    a2=0.10 pACD=5.58 sf=1.78 A=118.9 A=119.3 180 [53]
Canon AQ-110NV (Japan) A=119.0 a0=0.107    a1=0.262    a2=0.189 pACD=5.92 sf=2.10 A=119.4 A=119.8 479 [26]
Canon AQ-310AI (Japan) A=119.5 a0=2.17    a1=0.40    a2=0.10 pACD=6.32 sf=2.52 A=120.1 A=120.7 68 [26]
Ciba memory lens CV232 A=119.0 a0=1.40    a1=0.40    a2=0.10 pACD=5.59 sf=1.82 A=119.0 A=119.5 61 [8]
Corneal BR110 A=118.5 a0=1.40    a1=0.40    a2=0.10 pACD=5.60 sf=1.83 A=119.0 A=119.4 63 [2],[18]
Corneal 600SE A=119.5 a0=2.26    a1=0.40    a2=0.10 pACD=6.43 sf=2.65 A=120.3 A=121.1 51 [12]
Corneal Quatrix A=119.6 a0=1.91    a1=0.40    a2=0.10 pACD=6.04 sf=2.28 A=119.8 A=120.4 73 [132],[147]
Croma IDEAlens (HEMA25%) A=118.68 a0=1.19    a1=0.40    a2=0.10 pACD=5.38 sf=1.62 A=118.7 A=118.9 49 [203]
Croma Versario Classic A=120.0 a0=1.80    a1=0.40    a2=0.10 pACD=5.96 sf=2.20 A=119.7 A=120.1 56 [9]
Curamed SA700 A=118.8 a0=1.31    a1=0.40    a2=0.10 pACD=5.52 sf=1.75 A=118.8 A=118.9 114 [25]
Curamed ASPHERICx HP60CA (+) A=118.4 a0=1.10    a1=0.40    a2=0.10 pACD=5.28 sf=1.51 A=118.5 A=118.8 38 [25]
Curamed PL 600 A=118.8 a0=0.209    a1=0.124    a2=0.182 pACD=5.46 sf=1.68 A=118.8 A=119.0 180 [218],[219]
Curamed ASPHERICx HD600YA A=118.4 a0=1.27    a1=0.40    a2=0.10 pACD=5.44 sf=1.68 A=118.8 A=118.9 53 [218]
Curamed SA60CZ A=118.8 a0=1.07    a1=0.40    a2=0.10 pACD=5.25 sf=1.47 A=118.5 A=118.8 151 [25]
Domilens Siflex4 discontinued A=118.4 a0=1.18    a1=0.40    a2=0.10 pACD=5.43 sf=1.71 A=118.9 A=119.5 83 [2],[18]
Domilens Siflex8 discontinued A=118.2 a0=1.04    a1=0.40    a2=0.10 pACD=5.27 sf=1.47 A=118.3 A=118.3 34 [18]
Domilens Silens6 discontinued A=118.1 a0=1.05    a1=0.40    a2=0.10 pACD=5.30 sf=1.54 A=118.6 A=118.8 110 [14]
Domilens Flex65L discontinued A=118.4 a0=1.45    a1=0.40    a2=0.10 pACD=5.68 sf=1.88 A=118.9 A=118.9 50 [2],[18]
Domilens SofTec1 A=118.0 a0=0.98    a1=0.40    a2=0.10 pACD=5.16 sf=1.40 A=118.4 A=118.6 61 [34]
Domilens Nex-Load Preloaded A=119.2 a0=1.73    a1=0.40    a2=0.10 pACD=5.87 sf=2.11 A=119.5 A=120.0 98 [222]
Domilens Domicryl M100 A=118.4 a0=1.56    a1=0.40    a2=0.10 pACD=5.72 sf=1.97 A=119.3 A=119.8 144 [227],[222]
Domilens Nidek NS-60YG Aktis SP y A=118.4 a0=1.61    a1=0.40    a2=0.10 pACD=5.81 sf=2.03 A=119.3 A=119.7 127 [264],[226],[313]
Domilens Nidek Nex-Acri N4-18YG AKTIS AA A=118.4 a0=1.34    a1=0.40    a2=0.10 pACD=5.51 sf=1.73 A=118.9 A=119.2 57 [257]
DISTRA F3000/3013 A=118.2 a0=0.56    a1=0.40    a2=0.10 pACD=4.79 sf=1.01 A=117.7 A=117.8 40 [43]
Dr.Schmidt MS612 A=118.6 a0= 0.416    a1=0.167    a2=0.172 pACD=5.54 sf=1.78 A=119.0 A=119.3 585 [6],[7],[18],[42],[70]
Dr.Schmidt MC TE A=119.0 a0= 1.949    a1=0.296    a2=0.100 pACD=5.82 sf=2.07 A=119.4 A=119.9 336 [33],[89],[122],[137]
Dr.Schmidt MC575 A=119.0 a0=1.17    a1=0.40    a2=0.10 pACD=5.34 sf=1.60 A=118.7 A=119.1 40 [50]
Dr.Schmidt MP2125 A=118.2 a0=1.34    a1=0.40    a2=0.10 pACD=5.57 sf=1.79 A=119.0 A=119.0 107 [47],[48],[49]
Dr.Schmidt MC6125AS A=118.4 a0=0.885    a1=0.312    a2=0.125 pACD=5.36 sf=1.60 A=118.7 A=119.1 204 [70],[122]
Eyecryl ACTV DIYHS600ROH (*****) A=118.0 a0=0.56    a1=0.40    a2=0.10 pACD=4.67 sf=0.93 A=117.6 A=117.8 57 [349]
Eyecryl ACTV +3DIHFY600 A=118.5 a0=1.24    a1=0.40    a2=0.10 pACD=5.42 sf=1.63 A=118.7 A=118.9 55 [349]
Eyekon SC25-Fold A=118.0 a0=0.92    a1=0.40    a2=0.10 pACD=5.08 sf=1.31 A=118.2 A=118.5 213 [341]
Eyeol EYE-DIFF Plus A=118.0 a0=1.17    a1=0.40    a2=0.10 pACD=5.39 sf=1.58 A=118.5 A=118.5 23 [243]
Eyeol Hyflex A=118.8 a0=1.54    a1=0.40    a2=0.10 pACD=5.69 sf=1.93 A=119.2 A=119.5 49 [325]
Eyeol LW5752R A=118.0 a0=1.27    a1=0.40    a2=0.10 pACD=5.46 sf=1.71 A=118.9 A=119.2 61 [343]
eyeonics AT-45 crystalens A=119.24 a0= 0.773    a1=0.222    a2=0.160 pACD=5.86 sf=2.06 A=119.3 A=119.4 236 [83]
eyeonics AT-50SE crystalens A=119.0 a0= 0.318    a1=0.139    a2=0.182 pACD=5.62 sf=1.85 A=119.1 A=119.4 224 [115]
Fritz Ruck HA-4-Q A=118.1 a0=1.14    a1=0.40    a2=0.10 pACD=5.29 sf=1.52 A=118.6 A=118.9 88 [102]
Fritz Ruck PH60-135 A=118.2 a0=1.28    a1=0.40    a2=0.10 pACD=5.43 sf=1.65 A=118.7 A=119.0 47 [9]
Gen. Innov. XP-55 A=118.0 a0=0.272    a1=0.245    a2=0.154 pACD=5.25 sf=1.48 A=118.5 A=118.8 259 [2],[18]
Gen. Innov. 310 A=118.0 a0=1.01    a1=0.40    a2=0.10 pACD=5.23 sf=1.47 A=118.5 A=118.8 83 [18]
Hanita B-lens A=118.2 a0=1.01    a1=0.40    a2=0.10 pACD=5.26 sf=1.52 A=118.6 A=118.8 52 [136]
Hanita SEELENS A=118.6 a0=1.29    a1=0.40    a2=0.10 pACD=5.51 sf=1.73 A=118.9 A=119.2 51 [136]
Hanita SEELENS MICS A=118.6 a0=1.38    a1=0.40    a2=0.10 pACD=5.56 sf=1.79 A=119.0 A=119.4 35 [136]
Hanita SEELENS AF A=119.0 a0=1.25    a1=0.40    a2=0.10 pACD=5.42 sf=1.67 A=118.8 A=119.2 27 [136]
Hanita BunnyLens MF A=118.5 a0=1.22    a1=0.40    a2=0.10 pACD=5.50 sf=1.76 A=118.9 A=119.0 36 [338]
Hanita SEELENS MF A=118.6 a0=1.00    a1=0.40    a2=0.10 pACD=5.19 sf=1.47 A=118.6 A=118.9 34 [338]
Hexavision HQ-203HEP (+) A=118.2 a0=1.14    a1=0.40    a2=0.10 pACD=5.28 sf=1.52 A=118.5 A=118.8 151 [202]
HumanOptics 1CU A=118.1 a0=1.833    a1=0.225    a2=0.094 pACD=5.38 sf=1.61 A=118.7 A=119.0 268 [9],[33]
HumanOptics MC611MI A=118.3 a0=1.59    a1=0.40    a2=0.10 pACD=5.85 sf=2.08 A=119.4 A=119.8 66 [70]
Hoya AF-1(UV) VA60BB (Japan) A=118.7 a0=0.458    a1=0.150    a2=0.172 pACD=5.52 sf=1.71 A=118.7 A=119.0 271 [41],[204]
Hoya AF-1(UV) VA60BBR (Japan) A=118.4 a0=1.28    a1=0.40    a2=0.10 pACD=5.42 sf=1.58 A=118.5 A=118.5 90 [204]
Hoya VA60BA (Japan) A=119.2 a0=1.47    a1=0.40    a2=0.10 pACD=5.57 sf=1.72 A=118.7 A=119.0 27 [80]
Hoya UV55SB (Japan)(**) A=117.6 a0=1.38    a1=0.40    a2=0.10 pACD=5.57 sf=1.68 A=118.6 A=118.5 109 [80]
Hoya iMics1 NY-60 (Japan) A=118.4 a0=1.29    a1=0.40    a2=0.10 pACD=5.46 sf=1.66 A=118.7 A=118.9 45 [41]
Hoya iSert Micro 251 (Japan) A=118.4 a0=0.570    a1=0.197    a2=0.163 pACD=5.54 sf=1.72 A=118.8 A=119.0 249 [41]
Hoya AF-1 VA-60BB A=118.7 a0=1.24    a1=0.40    a2=0.10 pACD=5.43 sf=1.65 A=118.7 A=118.9 50 [81]
Hoya AF-1 YA-60BB A=118.7 a0=1.30    a1=0.40    a2=0.10 pACD=5.50 sf=1.75 A=118.9 A=119.2 106 [81],[92]
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]
Hoya AF-1 YA-60BBR
Hoya iSert PY-60R (+)
A=118.4 a0=1.06    a1=0.40    a2=0.10 pACD=5.24 sf=1.48 A=118.5 A=118.8 134 [81],[149]
Hoya AF-1 FY-60AD
Hoya iSert PY-60AD (+)
A=118.4 a0= -0.093    a1= -0.023    a2=0.208 pACD=5.30 sf=1.54 A=118.6 A=118.8 254 [43],[157],[81],[103],[172],[266]
Hoya iMics Y-60H A=118.0 a0=1.13    a1=0.40    a2=0.10 pACD=5.32 sf=1.56 A=118.6 A=118.9 113 [221],[18]
Hoya iMics1 NY-60
Hoya iSert 250/251 (+)
A=118.4 a0=-0.590    a1=0.019    a2=0.225 pACD=5.32 sf=1.53 A=118.5 A=118.7 220 [81],[172],[226],[328],[81]
i-Medical i-Flex A=118.8 a0=1.05    a1=0.40    a2=0.10 pACD=5.23 sf=1.46 A=118.4 A=118.6 184 [74]
i-Medical i-Soft A=118.8 a0=1.24    a1=0.40    a2=0.10 pACD=5.44 sf=1.64 A=118.6 A=119.0 107 [128]
i-Medical 6011C (HP60-PUV) A=118.8 a0=1.45    a1=0.40    a2=0.10 pACD=5.63 sf=1.85 A=119.1 A=119.4 51 [75]
i-Medical Accurate Aspheric A=118.8 a0=1.06    a1=0.40    a2=0.10 pACD=5.23 sf=1.46 A=118.5 A=118.6 30 [74]
i-Medical Overview AS natural A=118.8 a0=1.94    a1=0.40    a2=0.10 pACD=6.10 sf=2.33 A=119.8 A=120.2 49 [320]
Kowa Avansee AN6K A=118.7 a0=1.57    a1=0.40    a2=0.10 pACD=5.64 sf=1.85 A=119.0 A=119.3 100 [248]
Lenstec LS-106 A=118.4 a0=1.61    a1=0.40    a2=0.10 pACD=5.84 sf=2.07 A=119.4 A=119.8 33 [2]
Lenstec Softec HDO A=118.4 a0=0.055    a1=0.178    a2=0.173 pACD=5.27 sf=1.48 A=118.5 A=118.6 221 [352],[353]
Medicem WIOL-CF   a0=2.48    a1=0.40    a2=0.10 pACD=6.69 sf=2.91 A=120.7 A=121.8 101 [358],[359]
Medicontur Z-Flex 690 A=118.0 a0= 0.237    a1=0.315    a2=0.138 pACD=5.05 sf=1.28 A=118.2 A=118.3 437 [281]
Medicontur Q-Flex 640 A=118.0 a0= -0.208    a1=0.516    a2=0.130 pACD=5.02 sf=1.25 A=118.1 A=118.3 264 [281]
Medicontur Bi-Flex 877 (hydrophob acryl) A=118.0 a0= 1.39    a1=0.40    a2=0.10 pACD=5.61 sf=1.85 A=119.1 A=119.6 52 [296]
Medicontur Bi-Flex 677 (hydrophil acryl) A=118.0 a0= 0.79    a1=0.40    a2=0.10 pACD=4.98 sf=1.19 A=118.0 A=118.0 103 [295],[63]
MBI PreciSAL 302A/302AC A=118.7 a0=1.32    a1=0.40    a2=0.10 pACD=5.51 sf=1.75 A=118.9 A=119.2 190 [304],[332]
MD-TECH I-Stream ISP A=118.0 a0=1.46    a1=0.40    a2=0.10 pACD=5.74 sf=1.97 A=119.2 A=119.6 14 [284]
MIRA HI-MY (****) A=120.0 a0=4.19    a1=0.40    a2=0.10 pACD=9.61 sf=5.65 A=122.2 A=118.9 17 [256]
Morcher 63A (LOTUS Serie) A=119.7 a0=1.30    a1=0.40    a2=0.10 pACD=5.44 sf=1.68 A=118.8 A=119.2 50 [355]
Morcher TYPE 92S A=119.7 a0=1.40    a1=0.40    a2=0.10 pACD=5.60 sf=1.84 A=119.1 A=119.6 71 ]362]
Nidek Nex-Acri A=118.8 a0=1.55    a1=0.40    a2=0.10 pACD=5.74 sf=1.95 A=119.2 A=119.5 72 [62],[63],[18]
Nidek Nex-Acri AA A=119.5 a0=1.56    a1=0.40    a2=0.10 pACD=5.73 sf=1.95 A=119.2 A=119.7 167 [18]
Oculentis L-302 discontinued A=118.5 a0= 1.30    a1=0.40    a2=0.10 pACD=5.45 sf=1.70 A=118.9 A=119.2 195 [51],[87],[105],[116],[117],[118]
Oculentis LS-312-1Y discontinued A=118.0 a0= -2.017    a1=0.066    a2=0.271 pACD=5.12 sf=1.35 A=118.3 A=118.4 291 [117],[170],[118],[86],[259]
Oculentis LS-313-1Y discontinued A=118.0 a0= 1.10    a1=0.40    a2=0.10 pACD=5.26 sf=1.50 A=118.5 A=118.8 20 [107]
Oculentis L-402-1 discontinued A=118.0 a0= 1.58    a1=0.40    a2=0.10 pACD=5.75 sf=1.97 A=119.2 A=119.5 9 [106]
Oculentis Lentis Mplus LS-312MF discont A=118.0 a0= 1.03    a1=0.40    a2=0.10 pACD=5.27 sf=1.50 A=118.5 A=118.7 187 [136],[92],[259],[120],[261],[262]
Oculentis L-302-1 A=118.0 a0= 1.833    a1=0.138    a2=0.096 pACD=5.11 sf=1.35 A=118.3 A=118.5 530 [117],[106],[141],[118]
Oculentis L-303 A=118.0 a0= 0.962    a1= -0.074    a2=0.161 pACD=5.13 sf=1.36 A=118.3 A=118.4 250 [119],[120],[117],[170],[120],[118],[160]
Oculentis L-312 A=118.0 a0= -2.476    a1=0.046    a2=0.300 pACD=5.26 sf=1.50 A=118.5 A=118.7 1166 [174],[110],[86],[259]
Oculentis L-313 A=118.0 a0= 0.82    a1=0.40    a2=0.10 pACD=5.01 sf=1.26 A=118.1 A=118.4 23 [170]
Oculentis L-400 (45C) A=118.0 a0= 0.202    a1=0.075    a2=0.179 pACD=5.19 sf=1.44 A=118.4 A=118.8 209 [36],[51],[86]
Oculentis L-401 (47C) A=118.0 a0= 0.93    a1=0.40    a2=0.10 pACD=5.08 sf=1.33 A=118.3 A=118.5 98 [51],[86],[120]
Oculentis L-402 A=118.0 a0= -1.204    a1=0.103    a2=0.230 pACD=5.05 sf=1.30 A=118.2 A=118.5 618 [106],[120]
Oculentis L-403 A=118.0 a0= 1.02    a1=0.40    a2=0.10 pACD=5.16 sf=1.41 A=118.4 A=118.7 14 [106]
Oculentis L-450 A=118.2 a0= 1.30    a1=0.40    a2=0.10 pACD=5.42 sf=1.67 A=118.8 A=119.2 27 [106]
Oculentis LS-502-1 A=118.0 a0= -1.014    a1=0.153    a2=0.227 pACD=5.36 sf=1.59 A=118.7 A=119.0 230 [160],[161]
Oculentis LS-505 A=118.0 a0= 1.02    a1=0.40    a2=0.10 pACD=5.17 sf=1.40 A=118.3 A=118.6 39 [170],[173]
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]
Oculentis L-301-1 A=118.0 a0= 1.05    a1=0.40    a2=0.10 pACD=5.19 sf=1.39 A=118.3 A=118.5 51 [293]
Oculentis LU-313 MF30T A=118.0 a0= 0.87    a1=0.40    a2=0.10 pACD=5.11 sf=1.33 A=118.2 A=118.2 121 [298]
Oculentis LS-313 MF30 A=118.0 a0=0.95    a1=0.40    a2=0.10 pACD=5.21 sf=1.47 A=118.5 A=118.6 239 [259],[304],[311],[312],[327]
Oculentis LU-313 MF30T Japan A=118.0 a0= 1.07    a1=0.40    a2=0.10 pACD=5.39 sf=1.45 A=118.1 A=117.4 37 [321]
Oculentis LS-313 MF30 Japan A=118.0 a0=1.02    a1=0.40    a2=0.10 pACD=5.33 sf=1.55 A=118.5 A=118.3 55 [321]
Oculentis LS-412Y A=118.0 a0=0.88    a1=0.40    a2=0.10 pACD=5.07 sf=1.30 A=118.2 A=118.4 44 [106],[323]
OII Aqua-Sense III A=118.2 a0=0.86    a1=0.40    a2=0.10 pACD=5.06 sf=1.29 A=118.2 A=118.4 79 [13],[29]
OII Aqua-Sense III-130 A=118.2 a0=1.02    a1=0.40    a2=0.10 pACD=5.23 sf=1.45 A=118.4 A=118.6 30 [146]
Omni GenNext A=118.2 a0=1.02    a1=0.40    a2=0.10 pACD=5.18 sf=1.43 A=118.4 A=118.6 32 [349]
Omni LBHY32UVASP A=119.0 a0=1.70    a1=0.40    a2=0.10 pACD=5.88 sf=2.14 A=119.6 A=120.0 49 [349]
OPHTHALMOPro Hyperflex A=118.4 a0=2.11    a1=0.40    a2=0.10 pACD=6.23 sf=2.48 A=120.1 A=120.6 155 [202]
Ophtec Artisan 205 aph.retropup. A=116.8 (*) a0= -0.25    a1=0.40    a2=0.10 pACD=4.34 sf=0.54 A=116.9 A=116.8 20 AMO Verisyse 50 aph.retropup.
Ophtec PC265 A=118.0 a0=1.32    a1=0.40    a2=0.10 pACD=5.44 sf=1.72 A=118.9 A=119.5 63 [22]
Ophtec PC410 A=117.5 a0=0.89    a1=0.40    a2=0.10 pACD=5.06 sf=1.31 A=118.2 A=118.4 17 [7]
Ophtec PC420 A=117.2 a0=0.71    a1=0.40    a2=0.10 pACD=4.92 sf=1.14 A=117.9 A=118.1 56 [11]
Ophtec PC430 A=118.0 a0=0.86    a1=0.40    a2=0.10 pACD=5.08 sf=1.32 A=118.2 A=118.5 51 [11]
Ophtec REF510 A=117.5 a0=0.70    a1=0.40    a2=0.10 pACD=4.91 sf=1.16 A=118.0 A=118.1 127 [45]
Ophtec PC 525 ErgomaX A=118.0 a0=0.93    a1=0.40    a2=0.10 pACD=5.13 sf=1.32 A=118.2 A=118.3 51 [236]
Ophtec PC 530 TrimaX A=117.8 a0=1.32    a1=0.40    a2=0.10 pACD=5.50 sf=1.71 A=118.8 A=119.2 80 [249]
Ophtec PC 550 MonomaX A=118.0 a0=1.22    a1=0.40    a2=0.10 pACD=5.38 sf=1.63 A=118.7 A=119.0 103 [268],[274]
Ophtec PC 545 QuadrimaX A=118.0 a0=1.03    a1=0.40    a2=0.10 pACD=5.25 sf=1.47 A=118.4 A=118.6 75 [275],[285]
Ophtec PC 620 Luna - discontinued A=119.0 a0=1.71    a1=0.40    a2=0.10 pACD=5.91 sf=2.13 A=119.6 A=120.0 52 [247]
Ophtec Precizon Monofocal 560 A=118.0 a0=1.02    a1=0.40    a2=0.10 pACD=5.26 sf=1.51 A=118.5 A=118.7 25 [348]
Physiol Slimflex/Yellowflex A=118.5 a0=1.36    a1=0.40    a2=0.10 pACD=5.52 sf=1.74 A=118.9 A=119.3 27 [134]
Physiol FineVision A=118.8 a0=1.30    a1=0.40    a2=0.10 pACD=5.55 sf=1.82 A=119.1 A=119.4 198 [330]
Physiol PodEye A=118.9 a0=1.70    a1=0.40    a2=0.10 pACD=5.85 sf=2.06 A=119.4 A=119.8 71 [351]
Polytech Polylens A60 A=118.0 a0=0.85    a1=0.40    a2=0.10 pACD=5.05 sf=1.31 A=118.2 A=118.6 57 [35]
Polytech Polylens A61 (+) A=118.2 a0=0.86    a1=0.40    a2=0.10 pACD=5.06 sf=1.29 A=118.2 A=118.4 79 [13],[29]
Polytech Polylens A62 (+) A=118.2 a0=1.15    a1=0.40    a2=0.10 pACD=5.35 sf=1.58 A=118.6 A=118.9 141 [93],[94]
Polytech Polylens A64 (+) A=118.1 a0= -1.374    a1=0.039    a2=0.251 pACD=5.21 sf=1.44 A=118.4 A=118.6 680 [123],[94]
Polytech Polylens S80 A=117.8 a0=0.49    a1=0.40    a2=0.10 pACD=4.68 sf=0.90 A=117.5 A=117.6 155 [22],[25]
Polytech Polylens P265 A=118.0 a0=1.32    a1=0.40    a2=0.10 pACD=5.44 sf=1.72 A=118.9 A=119.5 63 [22]
Polytech Polylens H10(Y10)AS A=117.8 a0= -0.726    a1=0.182    a2=0.204 pACD=5.21 sf=1.43 A=118.4 A=118.6 1954 [277],[283],[94],[282],[287],[317],[81],[346]
Polytech Polylens H10(Y10) (+) A=118.1 a0=1.10    a1=0.40    a2=0.10 pACD=5.27 sf=1.51 A=118.5 A=118.7 55 [201]
Polytech Polylens H30(Y30) (+) A=118.2 a0=1.34    a1=0.40    a2=0.10 pACD=5.53 sf=1.75 A=118.9 A=119.1 181 [138],[81],[106]
Polytech Polylens H35(Y35) (+) A=118.2 a0=0.95    a1=0.40    a2=0.10 pACD=5.12 sf=1.34 A=118.2 A=118.4 41 [200]
Polytech Polylens AS64 A=118.4 a0= -1.336    a1=0.272    a2=0.220 pACD=5.26 sf=1.46 A=118.4 A=118.6 261 [220],[287]
Polytech Polylens AS62 A=118.2 a0= -1.527    a1=0.152    a2=0.237 pACD=5.04 sf=1.28 A=118.2 A=118.4 342 [94],[238],[317]
Polytech Polylens AS66/AS66-Y A=118.2 a0= 0.939    a1=0.250    a2=0.133 pACD=5.39 sf=1.60 A=118.6 A=118.9 283 [273],[282],[287]
Polytech Polylens AS61 A=118.2 a0= -2.993    a1=0.189    a2=0.294 pACD=5.00 sf=1.24 A=118.1 A=118.3 429 [315]
Polytech Polylens H11(Y11) (+) A=118.3 a0= -0.037    a1=0.032    a2=0.214 pACD=5.67 sf=1.90 A=119.1 A=119.3 253 [287],[361],[220],[317]
ProOptik PSA 105S A=118.7 a0=1.52    a1=0.40    a2=0.10 pACD=5.66 sf=1.91 A=119.1 A=119.5 119 [202]
Rayner 755 U A=118.0 a0=1.60    a1=0.21    a2=0.11 pACD=5.42 sf=1.67 A=118.8 A=119.0 98 [1]
Rayner Centerflex 570 H A=118.0 a0=1.04    a1=0.40    a2=0.10 pACD=5.22 sf=1.45 A=118.4 A=118.7 118 [38],[52]
Rayner C-Flex 570 C A=118.0 a0=1.27    a1=0.40    a2=0.10 pACD=5.46 sf=1.68 A=118.8 A=119.1 149 [52],[73],[38]
Rayner Superflex 620 H A=118.0 a0=1.20    a1=0.40    a2=0.10 pACD=5.39 sf=1.64 A=118.8 A=119.0 144 [81],[88]
Rayner Superflex Asph 920 H A=118.0 a0=1.02    a1=0.40    a2=0.10 pACD=5.21 sf=1.41 A=118.3 A=118.5 169 [258],[300],[92],[363]
Rayner C-flex Asph 970 C A=118.0 a0=1.19    a1=0.40    a2=0.10 pACD=5.38 sf=1.63 A=118.8 A=119.2 72 [258],[300],]92]
Rayner Mflex 630F A=118.6 a0=1.30    a1=0.40    a2=0.10 pACD=5.49 sf=1.72 A=118.9 A=119.1 96 [92],[300],[301]
Santen X-70 (Japan) A=118.9 a0=1.86    a1=0.40    a2=0.10 pACD=6.05 sf=2.24 A=119.6 A=119.9 78 [251]
Santen W-60 (Japan) A=119.1 a0=1.80    a1=0.40    a2=0.10 pACD=5.95 sf=2.12 A=119.4 A=119.7 76 [340]
Soleko FIL611 A=118.5 a0=1.52    a1=0.40    a2=0.10 pACD=5.68 sf=1.91 A=119.1 A=119.3 190 [360]
Staar AQ 2010 A=118.5 a0=1.56    a1=0.40    a2=0.10 pACD=5.77 sf=2.02 A=119.3 A=119.7 49 [4]
Staar AQ 2003V A=118.5 a0=1.53    a1=0.40    a2=0.10 pACD=5.73 sf=1.96 A=119.2 A=119.6 65 [54]
Staar KS-3 A=119.0 a0=1.51    a1=0.40    a2=0.10 pACD=5.67 sf=1.91 A=119.1 A=119.8 63 [56]
Technoko TA625 A=118.0 a0=1.17    a1=0.40    a2=0.10 pACD=5.32 sf=1.59 A=118.7 A=119.1 40 [54]
Technomed EASYCARE600 A=118.0 a0=0.929    a1=0.166    a2=0.132 pACD=5.14 sf=1.36 A=118.3 A=118.5 242 [68],[69],[78],[92]
Tekia Tek-Lens Mod.411S A=117.8 a0=0.49    a1=0.40    a2=0.10 pACD=4.68 sf=0.90 A=117.5 A=117.6 155 [22],[25]
Tekia Tek-Lens Mod.614 A=118.0 a0=0.85    a1=0.40    a2=0.10 pACD=5.05 sf=1.31 A=118.2 A=118.6 57 [35]
Visional RBAG A=120.2 a0=1.88    a1=0.40    a2=0.10 pACD=6.04 sf=2.28 A=119.7 A=120.5 64 [31]
Visiontech Medical Optics Liteflex A=118.2 a0=1.17    a1=0.40    a2=0.10 pACD=5.30 sf=1.55 A=118.6 A=118.9 63 [270]
Visiontech Medical Optics Liteflex A A=118.2 a0=1.21    a1=0.40    a2=0.10 pACD=5.36 sf=1.57 A=118.6 A=118.7 48 [276]
VSY Acriva UD Reviol MFM 611 A=118.0 a0=0.67    a1=0.40    a2=0.10 pACD=4.96 sf=1.27 A=118.3 A=118.5 49 [255]
VSY Acriva UD 613 A=118.0 a0=0.95    a1=0.40    a2=0.10 pACD=5.19 sf=1.43 A=118.4 A=118.6 49 [254]
VSY Acriva UD Reviol MF 613 A=118.0 a0=0.65    a1=0.40    a2=0.10 pACD=4.93 sf=1.20 A=118.1 A=118.3 48 [255]
VSY Acriva UD Reviol MFB 625 A=118.0 a0=0.70    a1=0.40    a2=0.10 pACD=4.85 sf=1.09 A=117.9 A=118.0 49 [292]
WEFISinnovid WEFINO 100 A=118.7 a0= 1.39    a1=0.40;    a2=0.10 pACD=5.56 sf=1.81 A=119.0 A=119.4 50 [84],[144]
W2O CareFlex II A=118.7 a0= 1.32    a1=0.40    a2=0.10 pACD=5.52 sf=1.75 A=118.9 A=119.2 146 [91],[142]
Xcelens IDEA (HEMA26%) A=119.0 a0=1.78    a1=0.40    a2=0.10 pACD=5.96 sf=2.19 A=119.6 A=120.1 55 [9]
Zarracom Focusforce Aspheric AS60125 A=118.4 a0=1.33    a1=0.40    a2=0.10 pACD=5.54 sf=1.74 A=118.9 A=119.1 49 [347]
Zarracom Focusforce Basic F260 A=118.4 a0=1.55    a1=0.40    a2=0.10 pACD=5.68 sf=1.93 A=119.2 A=119.9 49 [347]
Zarracom Focusforce Ultraflex UF60125 A=118.4 a0=1.58    a1=0.40    a2=0.10 pACD=5.75 sf=1.99 A=119.3 A=119.7 48 [347]
ZEISS Stabibag A=118.0 a0=1.28    a1=0.40    a2=0.10 pACD=5.47 sf=1.73 A=118.9 A=119.2 132 [13],[21]
ZEISS CT SPHERIS 203(P) (XL Stabi, XL Stabi Sky) A=118.0 a0=1.05    a1=0.40    a2=0.10 pACD=5.23 sf=1.47 A=118.5 A=118.8 98 [37]
ZEISS CT ASPHINA 603P (XL Stabi ZO) A=118.2 a0= -0.463    a1= 0.078    a2=0.218 pACD=5.47 sf=1.71 A=118.9 A=119.1 442 [148],[151],[152],[153],[154],[155],[205],[305],[306],[307],[308],[309],[310]
ZEISS Haptibag A=118.2 a0=0.84    a1=0.40    a2=0.10 pACD=5.05 sf=1.24 A=118.1 A=118.2 33 [53]
ZEISS Hydromax A=118.5 a0=1.55    a1=0.40    a2=0.10 pACD=5.75 sf=1.98 A=119.3 A=119.6 62 [96],[99]
ZEISS XL Octo Sky A=117.9 a0=0.99    a1=0.40    a2=0.10 pACD=5.13 sf=1.40 A=118.4 A=118.8 115 [99],[147]
ZEISS CT ASPHINA 604P (Invent ZO) A=118.1 a0=1.40    a1=0.40    a2=0.10 pACD=5.62 sf=1.78 A=118.9 A=119.1 21 [132]
ZEISS TS43 - discontinued A=118.5 a0=1.13    a1=0.40    a2=0.10 pACD=5.19 sf=1.43 A=118.4 A=118.7 13 [6]
ZEISS Acri.Lens 11C A=118.0 a0=1.21    a1=0.40    a2=0.10 pACD=5.46 sf=1.72 A=118.9 A=118.9 22 [16]
ZEISS Acri.Lens 12C A=118.9 a0=1.42    a1=0.40    a2=0.10 pACD=5.64 sf=1.91 A=119.2 A=119.5 16 [2]
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]
ZEISS AT LISA 809M (AT LISA 366D) A=117.5 a0=0.675    a1=0.028    a2=0.149 pACD=4.91 sf=1.15 A=118.0 A=118.0 334 [23],[205],[206],[207],[208]
ZEISS AT LISA 801 (Acri.LISA 376D) A=117.7 a0=0.82    a1=0.40    a2=0.10 pACD=5.06 sf=1.26 A=118.1 A=118.0 48 [231]
ZEISS CT ASPHINA 409M (Acri.Smart 46LC) A=117.7 a0=0.372    a1=0.152    a2=0.157 pACD=5.12 sf=1.36 A=118.3 A=118.5 630 [73],[212],[154],[233],[266],[326]
ZEISS CT ASPHINA 509M (India) A=118.3 a0=0.61    a1=0.40    a2=0.10 pACD=4.78 sf=0.99 A=117.6 A=117.6 198 [342]
ZEISS CT ASPHINA 509M (Acri.Smart 36A) A=118.0 a0=0.68    a1=0.40    a2=0.10 pACD=4.90 sf=1.12 A=117.9 A=118.1 92 [111],[209]
ZEISS CT SPHERIS 209M (Acri.Smart 46S) A=117.6 a0=0.77    a1=0.40    a2=0.10 pACD=4.97 sf=1.17 A=117.9 A=118.0 123 [111],[209],[211]
ZEISS CT ASPHINA 404 (Acri.Lyc 44LC) A=118.0 a0=0.126    a1=0.025    a2=0.190 pACD=5.25 sf=1.49 A=118.5 A=118.7 237 [216]
ZEISS Acri.Lyc 45S A=118.2 a0=1.20    a1=0.40    a2=0.10 pACD=5.41 sf=1.64 A=118.7 A=119.1 158 [214],[215]
ZEISS Acri.Lyc 45LC A=118.2 a0=1.26    a1=0.40    a2=0.10 pACD=5.45 sf=1.70 A=118.9 A=119.3 55 [215]
ZEISS CT 47LC (Acri.Lyc 47LC) A=117.7 a0=0.308    a1=0.300    a2=0.133 pACD=4.96 sf=1.17 A=117.9 A=118.0 192 [213],[214]
ZEISS CT 47S (Acri.Lyc 47S) A=117.6 a0=0.95    a1=0.40    a2=0.10 pACD=5.14 sf=1.37 A=118.3 A=118.5 165 [214],[215],[229]
ZEISS AT LISA tri839MP A=118.3 a0=1.17    a1=0.40    a2=0.10 pACD=5.39 sf=1.64 A=118.8 A=119.0 140 [297]
Constants are given without any legal responsibility !
Constants for IOLs characterized by '(Japan)'are based on results for Japanese eyes, which tend to be somewhat longer than Caucasian eyes. IOL constants will differ accordingly.

(*): A-const taken from: Mohr A, Hengerer F, Eckardt C: Retropupillare Fixation der Irisklauenlinse bei Aphakie. Ophthalmologe 2002; 99:580-583
(**): results based on predominantly myopic patients (mean axial length: 24.48 +/- 1.87 mm)
(***): results based on predominantly myopic patients (mean axial lengths: 24.85 +/- 1.39 mm
(****): results based on highly myopic patients (mean axial lengths: 29.56 +/- 1.51 mm
(*****): results based on patients with small mean anterior chamber depth: 2.78 +/- 0.35 mm
(+): Identical IOL with same constants available from other source, click for details
.
[1]: HAIGIS W, LEGE B, MILLER N, SCHNEIDER B: Comparison of immersion ultrasound biometry and partial coherence interferometry for IOL calculation according to Haigis, Graefes Arch Clin Exp Ophthalmol (2000) 238:765-773
[2]: results based on data by J.Brändle MD(Füssen, Germany), K.Gerstmeyer MD(Minden, Germany), Keith A.Gross MD, New Zealand, P.Hoffmann MD(Castrop-Rauxel, Germany), K.Lucke MD(Bremen, Germany), H.Müller-Bergh MD(Itzehoe, Germany), L.Neubauer MD(München, Germany), R.Täumer MD(Frankfurt, Germany), C.Wehner MD(Bremervörde, Germany), U.Weißmantel MD(Karlsruhe, Germany), J.Strobel MD(Jena, Germany), different surgeons from Eye Clinic Köln-Merheim, Germany
Jan 2002
[3]: based on data by J.L.Parisi MD, Clemson SC, USA and Harvey K.Minatoya MD, Honolulu, HI, USA
[4]: based on data by Llyod Taustine MD, New Albany IN, USA
[5]: based on data by William G.Myers MD, Evanston, IL, USA
[6]: based on data by different surgeons from Eye Clinic Köln-Merheim, Germany
[7]: based on data by G.Gerten, MD, Cologne, Germany
[8]: based on data by L.Fry, MD, Garden City, KS, USA
[9]: based on data by M.Küchle, MD, Erlangen, Germany
[10]: data by R.Walter-Fincke, MD, and W.Bachmann, MD, Aschaffenburg, Germany
[11]: data by Dr.B.Hörster and Dr.Thamaz, Erkelenz, Germany
[12]: data by E.Frieling, MD,München, Germany
[13]: data by Dr.U.Giers, Detmold, Germany
[14]: data by P.Ursin, Nordhausen, Germany
[15]: data by J.Chvojkova, MD, Prague, Czech Republic
[16]: data by J.W.Klett, MD, Dortmund
[17]: data by J.Brändle, MD, Füssen, Germany
[18]: data by P.Hoffmann, MD, Castrop-Rauxel, Germany
[19]: data by K.Gerstmeyer, MD, Minden, Germany
[20]: data by C.Pommerencke, MD, Vejle, Denmark
[21]: data by A.Koletzko,MD, Moers, Germany
[22]: data by A.Heine, MD, Rostock, Germany
[23]: data by M.Tomalla, MD, Duisburg, Germany
[24]: data by Dr.R.Köll, Landshut, Germany
[25]: data by Dr.U.Reinking, Salzkotten, Germany
[26]: data by K.Ichikawa, MD, Aichi, Japan
[27]: data by Dr.W.Lange, Prien, Germany
[28]: data by Dr.A.Scheider, Essen, Germany
[29]: data by Dr.D.Johann, Koblenz, Germany
[30]: data by Dr.G.Häring, Rendsburg, Germany
[31]: data by Dr.H.Greber,Oberschleissheim, Germany
[32]: data by Dr.V.Hessemer, Darmstadt, Germany
[33]: data by D.Uthoff, MD, Kiel, Germany
[34]: data by D.Rotmann, MD, Nordhorn, Germany
[35]: data by F.Kremer, MD, Troisdorf, Germany
[36]: data by J.Schrecker, MD, Glauchau, Germany
[37]: data by F.C.Nickel, MD, Peine, Germany
[38]: data by Dr.Michaela Mees, Sulzbach, Germany
[39]: data by Ronald R.Holweger, MD, Hays, KS, USA
[40]: data by Dr.Jeffrey Sher, Hamilton, Ontario, Canada
[41]: data by C.Suto, MD, Tokyo, Japan
[42]: data by P.Hoffmann, MD, and Ch.Dittmann, MD, Castrop-Rauxel, Germany
[43]: data by Dr. D. de Ortueta, MD, Recklinghausen, Germany
[44]: data by E.Hurst, MD, USA
[45]: data by Dr.S.Janssen, Belgium
[46]: data by Dr.E.Welzl-Hinterkörner, Zürich, Switzerland
[47]: data by Dr.Y.Walpuski, Kiel, Germany
[48]: data by Dr.A.Riel, Kiel, Germany
[49]: data by Dr.D.Holland, Kiel, Germany
[50]: data by Dr.L.Henke, Gummersbach, Germany
[51]: data by Acrimed GmbH, Berlin, Germany
[52]: data by PD Dr.W.Sekundo, Marburg, Germany
[53]: data by Dr.P.Gruber, Forch, Switzerland
[54]: data by Dr.A.Gross, Burghausen, Germany
[55]: data by W.Hill, MD, USA
[56]: data by Dr.M.Meyer, Leer, Germany
[57]: data by E.Viteri, MD, Ecuador
[58]: data by R.Kaufer, MD, Argentina
[59]: data by E.Suarez, MD, Venezuela
[60]: data by V.Centurion, MD, Brazil
[61]: data by R.Donoso, Chile
[62]: data by Dr.K.Binder, Schramberg, Germany
[63]: data by Dr.C.Binder, Schramberg, Germany
[64]: data by Dr.U.Weißmantel, Fürth, Germany
[65]: data by Dr.M.V.Partyngl, Wil, Switzerland
[66]: data by Dr.S.Schüler, Minden, Germany
[67]: data by Dr.B.Harrisburg, Sidney, Australia
[68]: data by Dr.R.Walter-Fincke, Aschaffenburg, Germany
[69]: data by Dr.H.Strobl, Rosenheim, Germany
[70]: data by HumanOptics AG, Germany
[71]: data by Dr.S.Schmickler, Ahaus, Germany
[72]: data by Dr.W.Hütz, Bad Hersfeld, Germany
[73]: data by Dr.G.Felgemacher, Brilon, Germany
[74]: data by Dr.H.Kreinberger, Gera, Germany
[75]: data by Dr.U.Heuer, Hamburg, Germany
[76]: data by Dr.Penndorf-Molling, Magdeburg, Germany
[77]: data by Dr.Baha Toygar, Istanbul, Turkey
[78]: data by Prof.Dr.Th.Neuhann, München, Germany
[79]: data by Dr.F.Goes, Antwerp, Belgium
[80]: data by Dr. Kazuya Yamagishi, Japan
[81]: data by Dr.T.Laube, Duesseldorf, Germany
[82]: data by Stan Pajka, MD, USA
[83]: data by Jack Singer, MD, USA
[84]: data by Dr.W.Bachmann,Aschaffenburg, Germany
[85]: data by O.Hauptman, MD, Australia
[86]: data by Dr.E.Becker, Oranienburg, Germany
[87]: data by Dr.M.-G.Theophil, Eberswalde, Germany
[88]: data by Dr.F.Höhn, Ludwigshafen, Germany
[89]: data by Dr.T.Grasbon, Ingolstadt, Germany
[90]: data by Dr.R.Wiedemann, Leipzig, Germany
[91]: data by Dr.S.Kohnen, Aachen, Germany
[92]: data by Prof.Dr.G.U.Auffarth, Heidelberg, Germany
[93]: data by Dr.Walch/Dr.Storch, Wien, Austria
[94]: data by Polytech GmbH, Germany
[95]; data by Dr.R.Wertheimer,München, Germany
[96]: data by Dr.A.Liekfeld, Berlin, Germany
[97]: data by Asim Piracha, MD, West Mifflin, PA, USA
[98]: data by A.Rivett, Adelaide, Australia
[99]: data by IOLtech
[100]: data by K.Bump, New York, NY, USA
[101]: data by Peter C.Campanella, MD, Sinking Spring, PA, USA
[102]: data by Fritz Ruck GmbH, Eschweiler, Germany
[103]: data by Prof.Dr.U.Mester, Sulzbach, Germany
[104]: data by Prof.Dr.V.Seiberth, Germany
[105]: data by Wavelight AG, Berlin, Germany
[106]: data by Dr.E.Becker, Oranienburg, Germany
[107]: data by Dr.V.Rasch, Potsdam, Germany
[108]: data by Dr.R.Zimmer, Löbau, Germany
[109]: data by Dr.W.Lange, Prien, Germany
[110]: data by Dr.H.Wenkel, Coburg, Germany
[111]: data by Dr.A.Schweiker, Pforzheim, Germany
[112]: data by P.Parden, MD, Coeur d' Alene, ID, USA
[113]: data by R.Arleo, MD, Ithaca, Ithaca, NY, USA
[114]: data by surgeons of Moorfields Eye Hospital, London, UK
[115]: data by Surgivision, USA
[116]: data by Dr.Henjes, Torgau, Germany
[117]: data by Dr.M.Theophil, Brandenburg, Germany
[118]: data by Dr.H.Siggel, Brandenburg, Germany
[119]: data by Prof.Dr.R.Welt, Ludwigshafen, Germany
[120]: data by Dr.L.Tschernjakov, Berlin, Germany
[121]: data by Daniel Badoza MD, Buenos Aires, Argentina
[122]: data by Dr.A.Petzold, Leipzig, Germany
[123]: data by Dr.J.Bosche, Diepholz, Germany
[124]: data by H.Cerri MD, Pittsburgh, PA, USA
[125]: data by P.Lockie MD, Geelong, Australia
[126]: data by S.Suh MD, Westerville, OH, USA
[127]: data by H.Geggle MD,Seattle, WA, USA
[128]: data by Dr.P.Schels, Passau, Germany
[129]: data by J.Chappell MD, Chicago, IL, USA
[130]: data by D.L.Cooke MD, St.Joseph, MI, USA
[131]: data by Dr.M.Rau, Furth i.W., Germany
[132]: data by C.Lackerbauer, München, Germany
[133]: data by Keith Kellum, MD, Houma, LA, USA
[134]: data by Dr.Chr.Chassain, Montpellier, France
[135]: data by B.Shingleton, MD, Boston, MA, USA
[136]: data by Dr.J.Blazek, Pardubice, Czech Republic
[137]: data by Dr.L.Banyai, Leonberg, Germany
[138]: data by Dr.E.Tahmaz, Erkelenz, Germany
[139]: data by Dr.C.Deman, Koksijde, Belgium
[140]: data by Dr.I.Merckaert, Menen, Belgium
[141]: data by Dr.S.Zabel, Magdeburg, Germany
[142]: data by Dr.J.Bauer, Mainz, Germany
[143]: data by Dr.K.Petermeier, Tübingen, Germany
[144]: data by Dr.W.Schindler, Eichstätt, Germany
[145]: data by Dr.T.Haldimann, Bern, Schweiz
[146]: data by Dr.M.Morszeck, Hamburg, Germany
[147]: data by Dr.K.Weber, Ludwigshafen, Germany
{148]: data by Dr.H.Schneider, Wismar, Germany
[149]: data by Dr.F.Brons, Dortmund, Germany
[150]: data by Dr.G.Savini, Bologna, Italy
[151]: data by Dr.Lebrun, France
[152]: data by Dr.Lumbruso, France
[153]: data by Dr.Bouchout, France
[154]: data by Dr.Stasuistik, Australia
[155]: data by Prof.Dr.Grabner, Salzburg, Austria
[156]: data by Francis Reid, MD, Oak Ridge, TN, USA
[157]: data by Dr.G.Scharioth, Recklinghausen, Germany
[158]: data by Dr.Peter Fox, Chichester, UK
[159]: data by John Merriam, MD, columbia.edu, USA
[160]: data by Dr.R.Lehmann, Mönchengladbach, Germany
[161]: data by Dr.K.Schneider, Mönchengladbach, Germany
[162]: data by Dr.L.Frisch, Wiesbaden, Germany
[163]: data by Dr.H.Hofmann, Schaffhausen, Switzerland
[164]: data by Dr.U.Berens, Karlsruhe, Germany
[165]: data by Dr.R.Friedrich, Meiningen, Germany
[166]: data by Prof.Dr.F.Kruse, Erlangen, Germany
[167]: data by Dr.D.Rettenmaier, Schramberg, Germany
[168]: data by Dr.C.Wirbelauer, Berlin, Germany
[169]: data by Dr.Angel Lopez Castro, Madrid, Spain
[170]: data by Dr.A.Parasta, München, Germany
[171]: data by Dr.S.Sorokanich, Clarks Summit, PA, USA
[172]: data by Prof.Dr.M.Tetz, Berlin, Germany
[173]: data by Dr.C.Scherer, Augsburg, Germany
[174]: data by Dr.S.Kretschmar, Bautzen, Germany
[200]: data by Dr.D.Klaessen, Eichstätt, Germany
[201]: data by Dr.J.Schock, Erlangen, Germany
[202]: data by M.Franke, Kirchberg, Germany
[203]: data by Dr.K-B.Seemann, Delmenhorst, Germany
[204]: data by Y.Kora, Hamamatsu, Japan
[205]: data by Prof.Dr.J.Alio, Alicante, Spain
[206]: data by Dr.J.L.Rodriguez Prats, Alicante, Spain
[207]: data by Prof.Dr.N.Körber, Germany
[208]: data by Dr.H.Domack, Schweinfurt, Germany
[209]: data by Dr.K.Meyer-Hamme, Ludwigsburg, Germany
[211]: data by Dr.R.Braig, Holzkirchen, Germany
[212]: data by Dr.A.Ilkhani, Singen, Germany
[213]: data by Dr.H.Stöckl, Neuburg, Germany
[214]: data by Dr.R.Beck, Rostock, Germany
[215]: data by Dr.D.Alzheimer, Germany
[216]: data by Dr.S.Büttmann, Ladenburg, Germany
[217]: data by Mr.S.Beatty, Waterford, Ireland
[218]: data by Dr.Jens Klett, Herne, Germany
[219]: data by Dr.Hans Klett, Herne, Germany
[220]: data by Dr.Georg Leuschner, Garbsen, Germany
[221]: data by Dr.B.Eckhardt, Landshut, Germany
[222]: data by Dr.H.Lägel, Sulzbach, Germany
[223]: data by Dr.J.Reiter, Landshut, Germany
[224]: data by Dr.F.Bauer, Rosenheim, Germany
[225]: data by Dr.C.Johansson, Kalmar, Sweden
[226]: data by Dr.T.Neuhann, München, Germany
[227]: data by PD Dr.J.Weindler, Esslingen, Germany
[228]: data by Dr.R.v.Horenbeeck, Antwerpen, Belgium
[229]: data by Dr.J.Wolff, Heppenheim, Germany
[230]: data by Dr.A.Krämer, Lübeck, Germany
[231]: data by Dr.A.Bach, Schwerin, Germany
[232]: data by Dr.H.J.Gross, Margate, NJ, USA
[233]: data by Dr.R.Schmid, Dillingen, Germany
[234]: data by Dr.S.Day, Spokane, WA, USA
[235]: data by Th.Hofmann, Binningen, Switzerland
[236]: data by Dr.H.v.Wyk, Johannesburg, South Africa
[237]: data by Dr.Matteo Piovella, Monza, Italy
[238]: data by Dr.Peter Jungmann, Mannheim, Germany
[239]: data by Thomas L. Beardsley, MD, Ashley, NC, USA
[240]: data by Dr. Heiko Lägel, Sulzbach, Germany
[241]: data by Martin McCarthy, Vancouver, Canada
[242]: data by Noel Alpins MD, East Melbourne, Australia
[243]: data by Jorge Buonsanti MD / Mariana Fuentes MD, Buenos Aires, Argentina
[244]: data by Robert Furlong MD, Missoula, MT, USA
[245]: data by Dr.Klaus Ellendorff, Lüneburg, Germany
[246]: data by Dr.Marita Amm, Erlangen, Germany
[247]: data by Dr.Franc Salamun, Nova Gorica, Slovenia
[248]: data by Kazuo Ichikawa MD, Nagoya, Japan
[249]: data by Dr.V.I.Apostolov, Amsterdam, The Netherlands
[250]: data by Veronica M. Ferguson, London, UK
[251]: data by Dr.T.Hanemoto, Mito, Japan
[252]: data by Dr.N.Reus, Rotterdam, The Netherlands
[253]: data by Prof.Dr.M.Böhnke, Hamburg, Germany
[254]: data by Dr.U.Ünsal, Izmir, Turkey
[255]: data by Dr.Ö.Kavalcioglu, Istanbul, Turkey
[256]: data by Prof.Dr.Andrzej Dmitriew, Poznan, Poland
[257]: data by Dr. Klaus Müller, Innsbruck, Austria
[258]: data by Dr. Mark Fajgenbaum and Mr.C.Liu, Sussex, UK
[259]: data by Dr. O.Cordero, Berlin, Germany
[260]: data by D.Taglia MD, Munster, IN, USA
[261]: data by Dr. E.Mertens, Eersel, The Netherlands
[262]: data by Dr. J.Novak, Pardurbice, Czech Republic
[263]: data by Dr. J.-M. Bosq, Nantes, France
[264]: data by Dr. C.Niederdellmann, Friedberg, Germany
[265]: data by Dr. K.Lachapelle, Trenton, ON, Canada
[266]: data by Dr. A. Höhn, Oldenburg, Germany
[268]: data by Dr. F.Kesteloot, Kortrijk, Belgium
[269]: data by Augenzentrum Maus, Köln, Germany
[270]: data by Dr.A.Rosa Almeida, Ipatinga, Brazil
[271]: data by Dr.G.Sauder, Stuttgart, Germany
[272]: data by Dr.T.Kube / Dr.M.Pache, Bielefeld, Germany
[273]: data by Dr. Karin Bäz, Hamburg, Germany
[274]: data by Dres.Bascaran and Dr.Oteyza, Oviedo, Spain
[275]: data by Dr.J.C.P.Lightvoet, Dokkum, The Netherlands
[276]: data by Dra. Belquiz Nassaralla, Goiania, Brazil
[277]: data by Dr.M.Winter, Bremen, Germany
[278]: data by Jason Jacobs, MD, Denver, CO, USA
[279]: data by Vista Klinik Binningen, Switzerland
[280]: data by John Chang MD, Hongkong
[281]: data by Medicontur Ltd, Hungary
[282]: data by Dr. Hendrik Hasche, Rostock, Germany
[283]: data by Dr. K.-C.Heider, Sangerhausen, Germany
[284]: data by Prof.Dr.G.Alessio, Bari,Italy
[285]: data by Dr. Miguel Angel Perez, Gran Canaria, Spain
[286]: data by Dr. Martin Dörner, Bocholt, Germany
[287]: data by Dr. Alexander Tunas, Hamburg, Germany
[288]: data by Aurolab, India
[289]: data by HSK Wiesbaden, Germany
[290]: data by Dr. J.M. Pedrell Pedrola, Barcelona, Spain
[291]: data by Dr. J. Grüngreiff, Wanzleben, Germany
[292]: data by Dr. A. Yildiz, Istanbul, Turkey
[293]: data by Tomasz Trzos, Görlitz, Germany
[294]: data by Prof. Mark Packer MD, Eugene, OR, USA
[295]: data by Dr. M. Meyner, Schramberg, Germany
[296]: data by Dr. A. Kerenyi, Budapest, Hungary
[297]: data by Carl Zeiss Meditec AG
[298]: data by Dr. L. Bauer, Bremen
[299]: data by Cataract Service, Moorfields Eye Hospital, London, UK
[300]: data by Prof. Dr. Mike Holzer, Heidelberg, Germany
[301]: data by Prof. Dr. V.Jasinskas, Kaunas, Lithuania
[302]: data by Joseph R. Bishop III, Bluffton, SC, USA
[303]: data by Kevin H. Cuevas, MD, Golden, CO, USA
[304]: data by Dr.H.Kaymak, Dr.D.Breyer, Düsseldorf, Germany
[305]: data by Dr.H.Morbelli, Albacete, Spain
[306]: data by Dr.L.Khaitrine, Reims, France
[307]: data by Prof.Dr.P.Rieck, Berlin, Germany
[308]: data by Dr.B.Mathys, Bruxelles, Belgium
[309]: data by Dr.F.DeWilde, Sint Martens Latem, Belgium
[310]: data by Dr.Trabucchi, Legnano, Italy
[311]: data by Dr.T.Kohm, Karlsruhe, Germany
[312]: data by Dr.Fröhlich, Freiburg i.Br
[313]: data by Dr.J.Burger, Deggendorf, Germany
[314]: data by Dr.A.Vasavada et coll., Ahmedabad, India
[315]: data by Dres. Sieber and Fleischer, Halle, Germany
[316]: data by Prof.Dr.E.Fabian, Rosenheim, Germany
[317]: data by Dr.K.Seftel, Halberstadt, Germany
[318]: data by Dr. P. O'Brian, Dublin, Ireland
[319]: data by Dr. Antoni Salvador Playa, Terrassa, Spain
[320]: data by Dr.Mjn Carter, Bloemfontein, South Africa
[321]: data by Dr.Hiroyuki Arai, Yokohama, Japan
[322]: data by P.Roholt MD, Canton OH, USA
[323]: data by Dr. Katrin Hermes, Oranienburg, Germany
[324]: data by Marc Phelan MD, Abilene, TX, USA
[325]: data by Dr. Julio Fernandez Mendy, Buenos Aires, Argentina
[326]: data by Dr. Paul O'Brian, Dublin, Ireland
[327]: data by Mr. Say Aun Quah and Mrs. C.Gore, Manchester, UK
[328]: data by Dres. M.Prskavec and M.Wirtitsch, Villach, Austria
[329]: data by AMO Germany GmbH
[330]: data by Dr. Gilles Lesieur, Albi, France
[331]: data by David Climenhaga MD, Edmonton, Alberta, Canada
[332]: data by Dr. Peter Stewart, Maroochydore, QLD Australia
[333]: data by Dr. Alfredo Ferrer, Denia, Spain
[334]: data by Dr. Humberto Carreras, Las Palmas, Spain
[335]: data by Dr. Ralf Gerl, Ahaus, Germany
[336]: data by Dr. Jean Philippe Seguin, Nevers, France
[338]: data by Dr. Ruth Lapid-Gortzak, Driebergen, The Netherlands
[339]: data by Bonnie J Brooks MD, Brunswick GA, USA
[340]: data by Dr. Hanemoto, Mito, Japan
[341]: data by Fredrick Lang MD, Cecanot, Dominican Republic
[342]: data by Dr. Sri Ganesh, Bangalore,India
[343]: data by Julio Fernandez Mendy MD, Buenos Aires, Argentina
[344]: data by Randy Ennen MD, Fort Smith, AR, USA
[345]: data by Dres.Selbach, Kremmer et Anastassiou, Gelsenkirchen, Germany
[346]: data by Dr. Rudolf Sieben, Aachen, Germany
[347]: data by Dr. Ugur Unsal, Izmir, Turkey
[348]: data by Dr.Budo, Belgium; Dr.Krantz-Kret, The Netherlands
[349]: data by Dr.Dhaval S. Modi, Ahmedabad, India
[350]: data by Dres. Krämer, Domeier und Pache, Lübeck, Germany
[351]: data by Prof.Rakic, Dr.van Cauwenberge, Liege, Belgium
[352]: data by Dr. Dale Pilkinton, Nashville, TN, USA
[353]: data by Dr. Paul Harton, Dr. Bob Harbin, Rome, GA, USA
[354]: data by Bausch & Lomb
[355]: data by Dres. Schindler, Klaessen, Sendtner, Ingolstadt, Germany
[358]: data by Prof. Dr. I.Pallikaris, Iraklion, Crete
[359]: data by Dr. H. Siatiri, Tehran
[360]: data by Dr. Claudio Carbonara, Roma, Italy
[361]: data by Dr. Thomas Hamacher, Starnberg, Germany
[362]: data by Dipl.med.Fischer, Dr.Henjes, Schwedt, Torgau, Germany
[363]: data by Prof.Dr. C.Grüenauer-Kloevekorn, Halle, Germany


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Last Revision: Apr 03, 2014 WH