PMC3843926_01
Case 1, left eye. Orbscan keratometric map before (a) and after surgery (b), showing stability in topographic astigmatism. Toric IOL software calculation with suggested IOL position (c) and final IOL position (d), with IOL marks aligned according to the suggested position.
cop-0004-0219-g01.jpg
PMC3843926_02_cop-0004-0219-g01.jpg
F1
The toric IOL alignment axis, as determined by slit-lamp biomicroscopy, was at 5  in the right eye and at 15  in the left eye (fig. 1d).
PMC3843926_02
Case 1, left eye. Orbscan keratometric map before (a) and after surgery (b), showing stability in topographic astigmatism. Toric IOL software calculation with suggested IOL position (c) and final IOL position (d), with IOL marks aligned according to the suggested position.
cop-0004-0219-g01.jpg
PMC3843926_02_cop-0004-0219-g01.jpg
F1
The toric IOL alignment axis, as determined by slit-lamp biomicroscopy, was at 5  in the right eye and at 15  in the left eye (fig. 1d).
Case 2, left eye. Orbscan keratometric map before (a) and after surgery (b), showing stability in topographic astigmatism. Toric IOL software calculation with suggested IOL position (c) and final IOL position (d), with IOL marks aligned according to the suggested position.
cop-0004-0219-g02.jpg
PMC3843926_02_cop-0004-0219-g02.jpg
F2
Orbscan confirmed PMD in both eyes (fig. 2a, b), which had been known and stable for the last 3 years.
PMC3843926_03
Case 3, right eye. Orbscan keratometric map before (a) and after surgery (b).
cop-0004-0219-g03.jpg
PMC3843926_03_cop-0004-0219-g03.jpg
F3
Orbscan showed changes consistent with PMD (fig. 3a, b), which had been stable for the last 2 years.