There is no blue pigmentation in the iris or in the ocular fluid.
Dissection of blue eye reveals that the iris pigment epithelium is brownish black due to the presence of melanin. Unlike brown eyes, blue eyes have lower concentrations of melanin in the stroma of the iris, which lies in front of the dark epithelium.
The concentration of melanin in stroma is the most important part that determine eye colour. In dark eyes, Longer wavelengths of light tend to be absorbed, while shorter wavelengths are reflected and undergo Rayleigh scattering in the turbid medium of the stroma. Revealing a light tyndall blue tone in the eyes. This is the same frequency-dependence of scattering that accounts for the blue appearance of the sky.
In order to remove enough melanin in the stroma to allow this to occur, we recommend using our Ultra Drops.
This is our strongest range of products and has been designed to achieve this change quickly and safely:
Dissection of blue eye reveals that the iris pigment epithelium is brownish black due to the presence of melanin. Unlike brown eyes, blue eyes have lower concentrations of melanin in the stroma of the iris, which lies in front of the dark epithelium.
The concentration of melanin in stroma is the most important part that determine eye colour. In dark eyes, Longer wavelengths of light tend to be absorbed, while shorter wavelengths are reflected and undergo Rayleigh scattering in the turbid medium of the stroma. Revealing a light tyndall blue tone in the eyes. This is the same frequency-dependence of scattering that accounts for the blue appearance of the sky.
In order to remove enough melanin in the stroma to allow this to occur, we recommend using our Ultra Drops.
This is our strongest range of products and has been designed to achieve this change quickly and safely:
