Mazaheri LASIK method for visual enhancement
First Claim
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1. A method for performing refractive correction on a patient'"'"'s eyes, comprising:
- performing a first corrective process on said patient'"'"'s non-dominant eye, said first corrective process including an in-situ surface ablation corrective procedure to the outer surface of the corneal stroma of said patient'"'"'s non-dominant eye; and
performing a second corrective process different from said first corrective process on said patient'"'"'s dominant eye after said first corrective process, said second corrective process being a LASIK process and said first corrective process not being a LASIK process, said second corrective process including reshaping a corneal stroma of said patient'"'"'s dominant eye, said reshaping including;
making a lamillar cut in a surface of a cornea of said dominant eye to create a flap;
folding said flap back to reveal an interior section of said corneal stroma;
ablating a portion of said interior section of said corneal stroma; and
replacing said flap over said corneal stroma.
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Abstract
A new and novel method for performing refractive correction on a patient'"'"'s eyes is introduced. In one embodiment the method includes (1) performing a surface ablation corrective procedure on a corneal surface of the patient'"'"'s non-dominant eye; and (2) reshaping a corneal stroma of the patient'"'"'s dominant eye, where the reshaping includes the making of a lamillar cut in the surface of the dominant eye to create a flap; folding the flap back to reveal the corneal stroma and ablating a portion of the corneal stroma, after which the flap is replaced.
21 Citations
20 Claims
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1. A method for performing refractive correction on a patient'"'"'s eyes, comprising:
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performing a first corrective process on said patient'"'"'s non-dominant eye, said first corrective process including an in-situ surface ablation corrective procedure to the outer surface of the corneal stroma of said patient'"'"'s non-dominant eye; and performing a second corrective process different from said first corrective process on said patient'"'"'s dominant eye after said first corrective process, said second corrective process being a LASIK process and said first corrective process not being a LASIK process, said second corrective process including reshaping a corneal stroma of said patient'"'"'s dominant eye, said reshaping including; making a lamillar cut in a surface of a cornea of said dominant eye to create a flap; folding said flap back to reveal an interior section of said corneal stroma; ablating a portion of said interior section of said corneal stroma; and replacing said flap over said corneal stroma. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. A procedure for performing refractive correction on a patient'"'"'s eyes, comprising:
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determining said patient'"'"'s dominant eye and non-dominant; using a laser device to perform a first corrective process on said patient'"'"'s non-dominant eye, said first corrective process including an in-situ surface ablation corrective procedure to an outer surface of the corneal stroma of said patient'"'"'s non-dominant eye; and performing a second corrective process different from said first corrective process on said patient'"'"'s dominant eye after the first corrective process, said second corrective process being a LASIK process and said first corrective process not being a LASIK process, said second corrective process including using a laser device to reshape a corneal stroma of said patient'"'"'s dominant eye, said reshaping including; making a lamillar cut in the corneal surface of a said dominant eye to create a flap; folding said flap back to reveal an interior section of said corneal stroma; ablating a portion of said interior section with said laser device; and replacing said flap over said corneal stroma. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18, 19, 20)
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Specification