Table 2.

Optical Injuries that Can Occur at Various Wavelengths of Light

Wavelength of lightEye effects
UV C (200–280 nm)Photokeratitis
UV B (280–315 nm)
UV A (315–400 nm)Photochemical ultraviolet cataract
Visible light (400–780 nm)Photochemical and thermal retinal injury
Near-infrared (780–1400 nm)Cataract, retinal burns
Mid-infrared (1400–3000 nm)Corneal burn, aqueous flare, infrared cataract
Far-infrared (3000–10,000 nm)Corneal burn
Wavelength of lightEye effects
UV C (200–280 nm)Photokeratitis
UV B (280–315 nm)
UV A (315–400 nm)Photochemical ultraviolet cataract
Visible light (400–780 nm)Photochemical and thermal retinal injury
Near-infrared (780–1400 nm)Cataract, retinal burns
Mid-infrared (1400–3000 nm)Corneal burn, aqueous flare, infrared cataract
Far-infrared (3000–10,000 nm)Corneal burn
Table 2.

Optical Injuries that Can Occur at Various Wavelengths of Light

Wavelength of lightEye effects
UV C (200–280 nm)Photokeratitis
UV B (280–315 nm)
UV A (315–400 nm)Photochemical ultraviolet cataract
Visible light (400–780 nm)Photochemical and thermal retinal injury
Near-infrared (780–1400 nm)Cataract, retinal burns
Mid-infrared (1400–3000 nm)Corneal burn, aqueous flare, infrared cataract
Far-infrared (3000–10,000 nm)Corneal burn
Wavelength of lightEye effects
UV C (200–280 nm)Photokeratitis
UV B (280–315 nm)
UV A (315–400 nm)Photochemical ultraviolet cataract
Visible light (400–780 nm)Photochemical and thermal retinal injury
Near-infrared (780–1400 nm)Cataract, retinal burns
Mid-infrared (1400–3000 nm)Corneal burn, aqueous flare, infrared cataract
Far-infrared (3000–10,000 nm)Corneal burn
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