Objectives This comparative study aimed to determine if total keratometry (TK) from
IOLMaster 700 could be applied to conventional formulas to perform IOL power calculation …

Purpose: To evaluate and compare the predictability of intraocular lens (IOL) power
calculation after small-incision lenticule extraction (SMILE) for myopia and myopic …

Purpose: The aim of this study was to analyze theoretically the errors in the central corneal
power calculation in eyes with keratoconus when a keratometric index (nk) is used and to …

Purpose: The aim of this study was to obtain the exact value of the keratometric index (n
kexact) and to clinically validate a variable keratometric index (n kadj) that minimizes this …

Purpose: This study aimed to evaluate the theoretical influence on intraocular lens power (P
IOL) calculation of the use of keratometric approach for corneal power (P c) calculation in …

1. Camps VJ, Piñero DP, Mateo V, et al. Algorithm for correcting the keratometric error in the
estimation of the corneal power in eyes with previous myopic laser refractive surgery …

Purpose: To evaluate a new method of calculation of total corneal astigmatism based on
Gaussian optics and the power design of a spherocylindrical lens (C) in the healthy eye and …

Purpose. To analyze the errors associated to corneal power calculation using the
keratometric approach in keratoconus eyes after accelerated corneal collagen crosslinking …

Purpose. To validate clinically a new method for estimating the corneal power (Pc) using a
variable keratometric index (nkadj) in eyes with previous laser refractive surgery. Setting …

Purpose: To obtain an expression of the adjusted IOL power (PIOLadj) in keratoconus eyes
associated with minimal errors in IOL power calculation. Materials and methods: This …