Anatomical structure of the eyeball

The eyeball (Bulbus oculi) is built from a series of complex optical and protective elements:

• Cornea and iris: The front transparent parts and the colored part of the eye with the pupil (Pupilla) through which light passes.
• Lens (Lens crystallina) and vitreous (Corpus vitreum): Elements for refracting light and filling the interior of the eye.
• Eyeballs: The sclera as an outer protective layer, the chorioidea richly supplied with blood vessels and the retina that receives light impulses.
• Optic nerve (Nervus opticus): Transmits visual signals to the central nervous system.

Five muscles are responsible for moving the eyeball: the upper and lower rectus muscles, the internal (medial) straight muscle on the nasal side, the external (lateral) lateral muscle, as well as the upper oblique muscle, while the impulses for movement are given by the driving eye nerve (N. oculomotorius). In addition, the ciliary body with the ciliary muscle adjusts the lens for near and far vision, and regulates the internal pressure and temperature of the eye by secreting fluid.

Review methodology and limitations

During the dowsing analysis, it is necessary to determine not only which eye is affected, but also the exact part in it that deviates from normal. The examination is performed by visual concentration (or with the help of an anatomical image of the eye) in order: on the cornea, iris, pupil, lens, vitreous, coverings (sclera, choroid, retina), optic nerve, oculomotor muscles, nerves and ciliary body. The concentration must be extremely sharp so that the left and right eye do not switch.

Important note: A dowsing examination cannot determine nearsightedness or farsightedness, nor can it determine diopters — that is the exclusive competence of an optometrist or ophthalmologist. Also, it does not go into the diagnosis of the disease, but the finding of an irregularity is used exclusively as a reference point for referring the patient to a specialist.