This course presents a comprehensive overview of the iridological sciences and explores the continuum of research & development ranging from existing iridological principles to current theories and applications.
This iridology course offers combined research work of several pioneers including Jensen, Vida-Deck, Gunter, Roberts, Bourdiol, Angerer, Velchover and Jausas.
To guide student through 15 iridology course modules with successful examinations for each module.
To learn specific techniques of iris reading and begin to practice using a magnifying lens, camera systems, digital iriscope systems and software.
Learn how pupil reflexes play a primary role in many neurological diseases.
To understand the similarities and differences between American/Jensen Iridology research and current research accomplished in Europe and Asia.
Understanding the iridodiagnostic significance in detecting a genetically active weakness via the collarette. (autonomic nerve wreath).
Discover how structural, reflex and pigment pathological signs are the most informative iridological signs in regards to the location of certain pathological processes in the body.
Teach how to identify changes of pupil color, dimensions, shape, position, equality and reflector reactions and understand clinical significance of active pathology in the body via the pupil.
Learn how visible changes of conjunctiva vessels, crystalline, cornea can add to iridological conclusions.
Understand the importance of hereditary peculiarities in iris color including toxic and drug dyschromias, pigment spots and their color.
Learn about the numerous variations of iris constitutions and associated sub-types.
Maintain student motivation and activity throughout their course learning process.
Expose the student to the most current Iridological research and developments.
Guide students through complete iris analysis.
Understand the central hypotheses of Iridology.
The student shall be able to demonstrate keen knowledge about Iridology in both historical and contemporary contexts.
Module One – Introduction to Iridology
This first level final exam introduces the roots of Iridology going back to findings in Tutankhamen’s tomb toward current technological advancements.
Module Two – Anatomy of the Eye
This module covers basic anatomical fundamentals of the human eye.
Module Three – Integrative Iridology Chart
This module is based upon iridology chart differences that can be justified by learning important factors in iridology chart development.
Module Four – Structural Signs of the Iris
Students need to understand how they provide the information about the location of the pathological process, and allow, as far as it is possible in iridology to evaluate their mechanism, stage, character and severity. This module is based upon structural, reflex and pigment pathological signs in the iris.
Module Five – Constitutional Classification Via the Eye
This module will expose student knowledge to numerous variations of iris constitutions and associated treatment principles based upon European development.
Module Six – The Autonomic Nerve Wreath
This module is based upon autonomic nerve wreath (ANW) also known as the ‘collarette’ and is the projection of autonomous (vegetative) nervous system.
Students will display their knowledge in how the Autonomic Nerve Wreath has dual origin: embryological (from fetal membranes) and vascular (from the vessels of the lesser arterial circle).
Module Seven – Pupils and Pupillary Symptoms
This module is based upon how pupil reflexes play the primary role in making diagnosis of many neurological diseases, being a part of well-known syndromes: Bernard-Horner, Adie’s, Argylle-Robertson, Parinoud’s etc.
Students are required to learn how changes of color, dimensions, shape, position of center, equality and reflector reactions of pupils can have clinical analysis significance.
Module Eight – Toxic Dystrophic Signs of the Iris
In this module, student will apply their knowledge about the group of toxic dystrophic changes of iris and how Iridodiagnostic tests make it possible to evaluate many toxic-dystrophic processes.
Module Nine – Heterochromias of the Iris
In this module, students will be tested on their knowledge about heterochromias of iris and differentiation between inherited and acquired diffuse and local changes of color.
Module Ten – Adaptive Rings and Arcs
This module level is based upon several theories on why adaptive rings and arcs occur in the iris.
Module Eleven – Pigment spots in the Iris
This module is based upon learning how residual spots are indicative of the end of pathological process in the associated organ and how their colors, size, form, density are important indicators for clinical evaluation.
Module Twelve – Conjunctiva Signs
In this module, student will display their understanding of the evaluation of bulbar conjunctiva and offer entirely new data to the results of iridodiagnostics.
Module Thirteen – Iridological Axis Signs
This module is based upon Iridological Axis Signs consisting of lacuna, crypts, radial furrows, pigment and collarette signs found in specific locations in the eye.Students will show their knowledge in understanding specific axis signs in the iris.
Module Fourteen – Transversals in the Eye
In this module, students will display their knowledge about the importance of transversal differentiation in the iris.
Module Fifteen – Iridodiagnostic Examination Procedures
This level module is based upon the fundamentals of examination techniques, Iridodiagnostic Examination Procedures, Devices for Iridological Examination, Iridological chart usage and Expert Evaluation of Iris Signs.
Included in Course:
The R.Irid diploma course includes all modules and materials in exception to an iriscope. An iriscope is not required for the course but recommended. Students can alternatively use a 4X powered magnifying glass for iris analysis.
One year membership to Iridology Research database. Students will be able to access the world’s largest iridology database of books, abstracts, videos, case study galleries and one year registration to the iridodiagnostic analysis software.
For MAC users, remote access network is available for the iridology analysis software.