Clinical results of topography-guided laser-assisted in situ keratomileusis using the anterior corneal astigmatism axis and manifest refractive astigmatism axis

[1] Wallerstein A(2020)Effect of the vectorial difference between manifest refractive astigmatism and anterior corneal astigmatism on topography-guided LASIK outcomes J Refract Surg 36 449-458

[2] Gauvin M(2016)Topography-modified refraction (TMR): adjustment of treated cylinder amount and axis to the topography versus standard clinical refraction in myopic topography-guided LASIK Clin Ophthalmol 10 2213-2221

[3] Qi SR(2017)The use of WaveLight® Contoura to create a uniform cornea: the LYRA Protocol. Part 3: the results of 50 treated eyes Clin Ophthalmol 11 915-921

[4] Cohen M(2020)Clinical outcomes after topography-guided LASIK: comparing results based on a new topography analysis algorithm with those based on manifest refraction J Cataract Refract Surg 46 814-819

[5] Kanellopoulos AJ(2020)Mutual comparative analysis: a new topography-guided custom ablation protocol referencing subjective refraction to modify corneal topographic data Eye Vis (Lond) 7 36-23

[6] Motwani M(2020)Comparison of outcomes after topography-modified refraction versus wavefront-optimized versus manifest topography-guided LASIK BMC Ophthalmol 20 192-86

[7] Lobanoff M(2019)Primary topography-guided LASIK: treating manifest refractive astigmatism versus topography-measured anterior corneal astigmatism J Refract Surg 35 15-582

[8] Stonecipher K(2019)Primary topography-guided LASIK: refractive, visual, and subjective quality of vision outcomes for astigmatism ⩾2.00 diopters J Refract Surg 35 78-49

[9] Tooma T(2019)A randomized comparative study of topography-guided versus wavefront-optimized FS-LASIK for correcting myopia and myopic astigmatism J Refract Surg 35 575-5712

[10] Wexler S(2001)Astigmatism analysis by the Alpins method J Cataract Refract Surg 27 31-95

[1] Wallerstein A(2020)Effect of the vectorial difference between manifest refractive astigmatism and anterior corneal astigmatism on topography-guided LASIK outcomes J Refract Surg 36 449-458

[2] Gauvin M(2016)Topography-modified refraction (TMR): adjustment of treated cylinder amount and axis to the topography versus standard clinical refraction in myopic topography-guided LASIK Clin Ophthalmol 10 2213-2221

[3] Qi SR(2017)The use of WaveLight® Contoura to create a uniform cornea: the LYRA Protocol. Part 3: the results of 50 treated eyes Clin Ophthalmol 11 915-921

[4] Cohen M(2020)Clinical outcomes after topography-guided LASIK: comparing results based on a new topography analysis algorithm with those based on manifest refraction J Cataract Refract Surg 46 814-819

[5] Kanellopoulos AJ(2020)Mutual comparative analysis: a new topography-guided custom ablation protocol referencing subjective refraction to modify corneal topographic data Eye Vis (Lond) 7 36-23

[6] Motwani M(2020)Comparison of outcomes after topography-modified refraction versus wavefront-optimized versus manifest topography-guided LASIK BMC Ophthalmol 20 192-86

[7] Lobanoff M(2019)Primary topography-guided LASIK: treating manifest refractive astigmatism versus topography-measured anterior corneal astigmatism J Refract Surg 35 15-582

[8] Stonecipher K(2019)Primary topography-guided LASIK: refractive, visual, and subjective quality of vision outcomes for astigmatism ⩾2.00 diopters J Refract Surg 35 78-49

[9] Tooma T(2019)A randomized comparative study of topography-guided versus wavefront-optimized FS-LASIK for correcting myopia and myopic astigmatism J Refract Surg 35 575-5712

[10] Wexler S(2001)Astigmatism analysis by the Alpins method J Cataract Refract Surg 27 31-95