Vitreous visualization system and method
The present disclosure provides a vitreous visualization system including a vitreous illuminator including a vitreous visualization light source and a vitreous visualization tool that transmits lights from the vitreous visualization light source into an eye having vitreous, a pupil, and a vitreous-pupil axis. The vitreous visualization system further includes a general illuminator, which may include a general light source and a general illumination tool that transmits light from the general light source into the eye. The present disclosure further provided a vitreous visualization system including only a vitreous illuminator that transmits light from the vitreous visualization light source into an eye having vitreous, a pupil, a vitreous-pupil axis, and a retina at an angle B with the vitreous-pupil axis of the eye such that the brightness of vitreous in the eye is higher than the brightness of the retina of the eye.
1. A vitreous visualization system comprising:
a vitreous illuminator comprising:
a vitreous visualization light source; and
a vitreous visualization tool that is configured to transmit light from the vitreous visualization light source into an eye having vitreous, a pupil, and a vitreous-pupil axis;
a general illuminator comprising:
a general light source; and
a general illumination tool that is configured to transmit light from the general light source into the eye;
wherein the vitreous visualization tool and the general illumination tool form a combined tool;
wherein the combined tool comprises a multi-core optical fiber having a core optical fiber that transmits light from the vitreous visualization light source and an exterior optical fiber that transmits light from the general light source.
2. The vitreous visualization system of claim 1 , further comprising a vitreous conduit that transmits light from the vitreous visualization light source to the vitreous visualization tool.
3. The vitreous visualization system of claim 1 , wherein the vitreous visualization light source is located within the vitreous visualization tool.
4. The vitreous visualization system of claim 1 , wherein the vitreous visualization light source generates light at a wavelength corresponding to a visible color and the general light source generates white light.
5. The vitreous visualization system of claim 1 , wherein the vitreous visualization light tool is configured to transmit light into the eye at an angle of illumination A that is less than 45 degrees.
6. The vitreous visualization system of claim 1 , wherein the vitreous visualization tool has a numeric aperture of less than 0.30.
7. The vitreous visualization system of claim 1 , wherein the general illumination tool is configured to transmit light into the eye at an angle of illumination C, which is less than 75 degrees.
8. The vitreous visualization system of claim 1 , wherein a luminous flux of the vitreous illuminator, as measured at a tip of the vitreous visualization tool, is at least five times higher than a luminous flux of the general illuminator, as measured at a tip of the general illumination tool.
9. The vitreous visualization system of claim 1 , wherein the vitreous visualization tool is configured to transmit light into the eye at an angle of illumination A, and wherein an angle B formed between a center of angle of illumination A and the vitreous-pupil axis is less than 100 degrees.
10. The vitreous visualization system of claim 1 , wherein the general illumination tool is configured to transmit light into the eye at an angle of illumination C, and wherein an angle D formed between a center of angle of illumination D and the vitreous-pupil axis is at least 90 degrees.
11. The vitreous visualization system of claim 10 , wherein the vitreous visualization tool is configured to transmit light into the eye at an angle of illumination A, and wherein an angle B formed between a center of angle of illumination A and the vitreous-pupil axis is less than 100 degrees.
12. The vitreous visualization system of claim 1 , wherein the vitreous illuminator generates pulses of light.
13. The vitreous visualization system of claim 1 , wherein the vitreous visualization tool is configured to have a luminous flux at its tip within the eye of 10 lumens or less.
14. The vitreous visualization system of claim 1 , wherein a distance between the vitreous visualization light source and the vitreous is configured to be less than three meters.
15. The vitreous visualization system of claim 1 , wherein the vitreous visualization tool is combined with a surgical tool.
16. The vitreous visualization system of claim 1 , wherein the vitreous visualization light source and the general light source are a single combined light source.
17. The vitreous visualization system of claim 1 , wherein the vitreous visualization light source is a monochromatic laser and the general light source is a white light source.
18. The vitreous visualization system of claim 1 , wherein the vitreous visualization light source is a monochromatic laser and the general light source is a supercontinuum laser.
19. A vitreous visualization system comprising a vitreous illuminator comprising:
a vitreous visualization light source; and
a vitreous visualization tool that is configured to transmit light from the vitreous visualization light source into an eye having vitreous, a pupil, a vitreous-pupil axis, and a retina at an angle B with the vitreous-pupil axis of the eye such that a brightness of the vitreous in the eye is higher than a brightness of the retina of the eye;
a general illuminator comprising:
a general light source; and
a general illumination tool that is configured to transmit light from the general light source into the eye;
wherein the vitreous visualization tool and the general illumination tool form a combined tool;
wherein the combined tool comprises a single optical fiber that transmits both the light from the vitreous visualization light source and the light from the general light source;
wherein the vitreous visualization light source is a monochromatic laser and the general light source is a white light source and wherein a dichroic filter combines the laser light from the vitreous visualization light source and the white light from the white light source to form a collimated beam to place on the single optical fiber of the combined tool.
20. The vitreous visualization system of claim 19 , further comprising a vitreous conduit that transmits light from the vitreous visualization light source to the vitreous visualization tool.
21. The vitreous visualization system of claim 19 , wherein the vitreous visualization light source is located within the vitreous visualization tool.
22. The vitreous visualization system of claim 19 , wherein the vitreous visualization light tool transmits light into the eye at an angle of illumination A that is less than 45 degrees.
23. The vitreous visualization system of claim 19 , wherein the vitreous visualization tool has a numeric aperture of less than 0.30.