Research Article

Eyes of Aniso-Axial Length Individuals Share Generally Similar Corneal Biometrics with Normal Eyes in Cataract Population

Table 2

Comparisons of corneal biometrics between non-aniso-axial length and aniso-axial length patients in both the shorter and longer sets.

Shorter setLonger set value
Non-aniso-axial lengthAniso-axial length valueNon-aniso-axial lengthAniso-axial length value

CCT (mm)544.07 ± 31.88539.48 ± 32.050.018543.51 ± 30.43539.92 ± 31.290.0610.028
K2 F (D)43.80 ± 1.6344.02 ± 1.630.03343.87 ± 1.6944.13 ± 1.690.0090.005
r2 F (mm)7.66 ± 0.297.62 ± 0.290.0107.64 ± 0.307.60 ± 0.280.0070.001
K1 B (D)−6.16 ± 0.26−6.19 ± 0.260.025−6.16 ± 0.26−6.19 ± 0.270.0470.029
K2 B (D)−6.44 ± 0.29−6.49 ± 0.270.010−6.46 ± 0.29−6.49 ± 0.280.0540.013
RmB (mm)6.36 ± 0.266.32 ± 0.250.0156.36 ± 0.276.32 ± 0.260.0420.017
KmB (mm)−6.30 ± 0.26−6.34 ± 0.250.012−6.30 ± 0.27−6.33 ± 0.260.0510.017
Astigmatism F (D)0.94 ± 0.731.01 ± 0.700.1101.02 ± 0.691.12 ± 0.760.0230.002
TA F (μm)2.30 ± 0.752.38 ± 0.680.1032.33 ± 0.902.47 ± 0.780.0020.002
LOA F (μm)2.23 ± 0.742.30 ± 0.670.1062.25 ± 0.882.40 ± 0.770.0020.002
TA cornea (μm)2.03 ± 0.722.10 ± 0.670.1482.03 ± 0.882.18 ± 0.760.0020.005
LOA cornea (μm)1.95 ± 0.722.02 ± 0.650.1511.95 ± 0.862.10 ± 0.750.0020.004

Post hoc LSD correction; analyses of variance. . F = anterior corneal surface; B = posterior corneal surface; Corneal = total cornea; K1 = flat power of curvature in the center of anterior surface using n = 1.3375 on a ring in 15° around the corneal apex; K2 = steep power of curvature in the center of anterior surface using n = 1.3375 on a ring in 15° around the corneal apex; Rm = average radius of curvature (central radius of curvature in the steep direction/central radius of curvature in the flat direction); Km = average power of curvature using n = 1.3375; LOAs = low order aberrations; TAs = total aberrations. Only r2 and CCT were reported using IOLMaster 500, and others were obtained using Pentacam HR.