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  • .Waverly Wellness House, 1102 Lily Lake Road Waverly PA 18471
  • by appointment only. Sat 9am - 12pm

What is iridology?

Iris Analysis is a quick, accurate, non-invasive and painless. Through analysis of the iris, the colored part of the eye, we can see inside the body!

The iris shows information about the constitutional strengths and weaknesses of every organ in the body. Armed with this information we can take the best advantage of our strengths, and strengthen our weaknesses.

History of Iridology

Iridology is a covalent bond of science and art. Iridology is a long-established and time-honored principle, that constitution, a rather well-defined and expanding body of knowledge, rightly falls into the category of science. At the same time, this fascinating science has some aspects of an art. Two European men who “rediscovered” the idea of iris analysis in the nineteenth century are generally considered today to share the title of “father of iridology.” The first of these men is Dr. Ignatz Von Peczely. In 1837, Von Pezely, as a lad of about ten years of age, captured an owl in the family garden in Hungary. In an effort to escape from its captor’s hand, the owl fractured its legs. He claimed to notice immediately a spot that developed in the owl’s iris at the 6.00 (six o’clock) position, which is to say the bottom part of the iris. The iris mark made an impression on Von Peczly’s young and inquisitive mind. Later in his life, Von Peczly noticed a similar matching in a man’s iris. This spared a remembrance of the encounter with the owl and brought the onset of the development of what is now, modern iridology.

The Science of Iridology

The eyes and the brain are closely related. In the Embryo State of human development, the eye starts out being a part of the brain and then slowly separates, yet remains connected via the optic nerve and optic thalami, and the sympathetic and para-sympathetic nervous systems. The iris is an extension of the brain being endowed with literally hundreds of thousands of nerve endings, microscopic blood vessels, muscle, and connective tissue.

The nerve cells within the iris appear to record the vibratory rate of cells in other parts of the body and respond to changes in body tissue. The markings and colors in the iris change as the condition of the body tissue changes.

Description & Process

Taking Iris and Sclera Pictures at home for Iridology

 

Items Needed:
  1. Best Quality Camera or phone camera
  2. A penlight, a flashlight(smaller the better), or light from a phone
  3. A helper to take photos.

 

Where to take photos:

In a room with no light or windows to eliminate glare, and other light reflecting off your iris.

How to take a photo of your Iris:

  1. Hold light out to the side of the eye, closer to the ear side of the face, almost resting on cheek bone-depending on how big the light is, and shine into the eye from the side.  The Iris should be illuminated.  Open eyes wide and Take a picture now, as close and as clear as you can.
  2. Repeat with another eye.

If you can get better quality and without light reflecting on it, the better I can see your Iris.

How to Take Sclera Pictures:
  • Stay in the same dark room, with a camera/phone, and light source.
  • I will need 4 pictures of each eye’s Sclera: 1. top 2. bottom 3. left side 4. right side. Position light onto eye as above
  • Bottom Sclera Picture-pull the lower lid of your Iris down, look up, and hold-take a picture. The picture should be of the bottom of your Sclera under your iris and pupil.
  • Top Sclera Picture-pull your upper eyelid up and look down and hold-take a picture. The picture should be of the top of your Sclera-above your Iris and pupil.
  • Left and right sclera pictures-Look to your left, open up your eye wide, HOLD and take a picture. Look to your right, open up your eye wide, HOLD, and take a picture.