Homoeopathic Treatment for Color blindness

When  the color-sensing pigments in the eye cause a difficulty or an inability to distinguish colors Color blindness occurs.    

The majority of people who are colorblind can’t distinguish between red and green. Distinguishing yellows and blues may also be problematic, although this form of color blindness is less common.Uploaded Image


Color vision deficiency and not know it. Some people figure out that they or their child has the condition when it causes confusion — such as when there are problems differentiating the colors in a traffic light or interpreting color-coded learning materials.

People affected by color blindness may not be able to distinguish:

  • Different shades of red and green
  • Different shades of blue and yellow
  • Any colors

The most common color deficiency is an inability to see some shades of red and green. Often, a person who is red-green or blue-yellow deficient isn't completely insensitive to both colors. Defects can be mild, moderate or severe.


Seeing colors across the light spectrum is a complex process that begins with your eyes' ability to respond to different wavelengths of light.

Light, which contains all color wavelengths, enters  eye through the cornea and passes through the lens and transparent, jellylike tissue in eye (vitreous humor) to wavelength-sensitive cells (cones) at the back of  eye in the macular area of the retina. The cones are sensitive to short (blue), medium (green) or long (red) wavelengths of light. Chemicals in the cones trigger a reaction and send the wavelength information through  optic nerve to the brain.

Color blindness has several causes:

  • Inherited disorder. Inherited color deficiencies are much more common in males than in females. The most common color deficiency is red-green, with blue-yellow deficiency being much less common. It is rare to have no color vision at all.

    This can inherit a mild, moderate or severe degree of the disorder. Inherited color deficiencies usually affect both eyes, and the severity doesn't change over  lifetime.

  • Diseases. Some conditions that can cause color deficits are sickle cell anemia, diabetes, macular degeneration, Alzheimer's disease, multiple sclerosis, glaucoma, Parkinson's disease, chronic alcoholism and leukemia. One eye may be more affected than the other, and the color deficit may get better if the underlying disease can be treated.
  • Certain medications. Some medications can alter color vision, such as some drugs that treat certain autoimmune diseases, heart problems, high blood pressure, erectile dysfunction, infections, nervous disorders and psychological problems.
  • Aging.  ability to see colors deteriorates slowly by as age.
  • Chemicals. Exposure to some chemicals in the workplace, such as carbon disulfide and fertilizers, may cause loss of color vision.


  • Agaricus mus: Reading difficulty. deception of color
  • Belladona: Red objects appear yellow. blinking of the eyes.
  • Digitalis: Yellow and blue look like white.
  • Gratiola off: Green object appear white
  • Phosphorus: An excellent remedy usully cures the color blindness.e.t.c