EYE COLORING SYSTEMS

• US 20100000561A1
• Filed: 08/14/2009
• Published: 01/07/2010
• Est. Priority Date: 07/03/2008
• Status: Active Grant

• Current Assignee: Michael Campion
• Original Assignee: Michael Campion
• Inventors: Campion, Michael
• Granted Patent: US 8,308,700 B2
• Time in Patent Office: Days
• US Class Current: 132/200
• CPC Class Codes: A61F 2009/00872 Cornea
• CPC Class Codes: A61F 9/007 Methods or devices for eye surgery

Abstract

A novel system for an iris of the human eye includes drying the tissue surface, applying colorant to the dried surface, and then drying the applied colorant. The system avoids tattooing, implanting, and corneal modification. Permanent results may be obtained. Colorants may be coatings or stains. Blown gas is controllably infused to maintain a constant pressure in the anterior chamber, and the blown gas is turned on and off by opening a path to the outside of the eye and closing such path, respectively.

Claims

1. A method for coloring of a surface of an iris comprising the steps of:

a. drying said surface of such iris to be colored;

b. applying a colorant to at least a portion of said dried surface of such iris to be colored; and

c. drying said colorant on said at least said portion of said dried surface of such iris to be colored;

d. wherein said steps of drying comprise using a cannula controlled to infuse blown gas to maintain a predetermined pressure in an anterior chamber adjacent such iris.

2. The method of coloring an iris of claim 1, wherein said steps of drying comprise opening a path between such anterior chamber and the outside of an eye containing such anterior chamber to initiate infusion of said blown gas.

3. The method of coloring an iris of claim 1 wherein said steps of drying comprise closing said path between such anterior chamber and the outside of such eye containing such anterior chamber to stop infusion of said blown gas.

4. The method of coloring an iris of claim 1 wherein said step of using a cannula controlled to infuse blown gas comprises using a controller having a 5 Hz bandwidth.

5. The method of coloring an iris of claim 1 wherein said step of using a cannula controlled to infuse blown gas comprises using a controller having a bandwidth higher than 5 Hz.

6. The method of coloring an iris of claim 1, wherein said step of using a cannula controlled to infuse blown gas comprises using a controller operable to receive signals indicative of intraocular pressure from an intraocular pressure sensor.

7. The method of claim 6, wherein said intraocular pressure sensor is coupled to said cannula.

8. The method of coloring an iris of claim 1, wherein said step of using a cannula controlled to infuse blown gas comprises using a controller operable to send to a valve actuator signals related to a difference between a reference pressure and a sensed intraocular pressure.

9. The method of coloring an iris of claim 8, wherein said valve actuator is coupled to a valve coupled to said cannula.

10. A method of coloring an iris comprising the steps of:

a. accessing such iris;

b. drying a portion of such iris of an eye containing such iris by infusing a blown gas controlled to maintain a predetermined pressure in an anterior chamber adjacent such iris and by opening a path between such anterior chamber and an outside of such eye containing such anterior chamber to initiate infusion of said blown gas;

c. applying colorant to said dried portion of such iris of such eye, comprising the step of stopping said infusion of said blown gas by closing said path;

d. drying said applied colorant by infusing said blowing gas controlled to maintain said predetermined pressure in such anterior chamber adjacent such iris and by opening said path to initiate infusion of said blown gas; and

e. closing said access to such iris.

11. The method of coloring an iris of claim 10, wherein said step of accessing such iris comprises:

a. anesthetizing such eye with at least one of a topical anesthetic, a retro bulbar anesthesia, and a peribulbar anesthesia;

b. securing such eyelids in a spaced-apart relationship using an eyelid speculum;

c. providing additional magnification of a portion of such iris to be colored;

d. constricting the pupil of such eye using one of a pre-operative miotic and an intra-operative miotic;

e. making first and second incisions into the anterior chamber of such eye on opposite sides of the cornea of such eye; and

f. removing residual aqueous from the angle of the anterior chamber proximate such edge of such pupil using a cannula, while avoiding damage to other intraocular structures.

12. The method of coloring an iris of claim 10, wherein said step of closing such access to such iris comprises the steps of:

a. exchanging said blowing gas with balanced salt solution;

b. providing intraocular pressure in the physiologic range;

c. applying at least one of antibiotic and anti-inflammatory drops to such eye; and

d. removing said eyelid speculum.

13. The method of coloring an iris of claim 10, wherein said step of controlled infusion of blown gas comprises using a controller having a 5 Hz bandwidth.

14. The method of coloring an iris of claim 10, wherein said step of controlled to infusion of blown gas comprises using a controller having a bandwidth higher than 5 Hz.

15. The method of coloring an iris of claim 10, wherein said step of controlled infusion of blown gas comprises using a controller operable to receive signals indicative of intraocular pressure from an intraocular pressure sensor.

16. The method of coloring an iris of claim 15, wherein said intraocular pressure sensor is coupled to a cannula used to infuse said blown gas.

17. The method of coloring an iris of claim 10, wherein said step of controlled infusion of blown gas comprises using a controller operable to send to a valve actuator signals related to a difference between a reference pressure and a sensed intraocular pressure.

18. The method of coloring an iris of claim 17, wherein said valve actuator is coupled to a valve coupled to a cannula used to infuse said blown gas.

19. A method of coloring the iris of an eye comprising the steps of:

a. anesthetizing such eye with at least one of a topical anesthetic, a retro bulbar anesthesia, and a peribulbar anesthesia;

b. securing such eyelids in a spaced-apart relationship using an eyelid speculum;

c. providing additional magnification of a portion of such iris to be colored;

d. constricting the pupil of such eye using one of a pre-operative miotic and an intra-operative miotic;

e. making at least one incision into an anterior chamber of such eye;

f. removing residual aqueous from the angle of the anterior chamber proximate such edge of such pupil using a cannula, while avoiding damage to other intraocular structures;

g. drying a portion of such iris of such eye by infusing a blown gas controlled to maintain a predetermined pressure in said anterior chamber adjacent such iris and by opening a path between such anterior chamber and an outside of such eye containing such anterior chamber to initiate infusion of said blown gas;

h. applying colorant to said dried portion of such iris of such eye, comprising the step of stopping said infusion of said blown gas by closing said path;

i. drying said applied colorant by infusing said blown gas controlled to maintain said predetermined pressure in such anterior chamber adjacent such iris and by opening said path to initiate infusion of said blown gas;

j. exchanging said blown gas with balanced salt solution;

k. providing intraocular pressure in the physiologic range;

l. applying at least one of antibiotic and anti-inflammatory drops to such eye; and

m. removing said eyelid speculum.

20. The method of coloring an iris of claim 19, wherein said step of controlled infusion of blown gas comprises using a controller:

a. having a bandwidth of at least 5 Hz;

b. operable to receive signals indicative of intraocular pressure from an intraocular pressure sensor, wherein said intraocular pressure sensor is coupled to a cannula used to infuse said blown gas;

c. operable to send to a valve actuator signals related to a difference between a reference pressure and a sensed intraocular pressure, wherein said valve actuator is coupled to a valve coupled to said cannula.