Multidimensional Levels of the Collarette-2c

Lx-Collarette

The Multidimensional levels of interpretation of the Collarette:

A) Embryological in the Pupillary Zone.
B) Immune Cell & Psychoneuroimmunology
C) Dirk Hamer Syndrome
D) Emotional Dynamics of the Collarette
E) Love Dynamics of the Collarette

A) Embryological Analysis ^[1]
1) Radii Solaris/Major ray emanates from the inner pupillary edge toward to collarette and ciliary zone at 5', suggest hypothalamus stress and possible respiratory problem.
2) & 3) Crypts formation on the border of the collarette at 65' and 70', potential blood sugar disturbances and adrenal stress.
4) Crypts located on the border of the collarette at 80', tendency to thyroid problem. Refer 2a, squared IPB.
5) Crypt or internal lacuna located at 105', suggest adrenal fatigue.
6) Crypt located at 125', suggest liver disturbances, cerebellum stress and possible hip problem.
7)  Crypt seated in the edge of the inner pupillary border, at 140', suggest hip problem.
7a) Crypt on the border of the collarrette at 150', suggest kidneys insufficiency.
8) Indentation of the collarette at 170', suggest thymus gland deficiency, immunological compromise.
9) Indentation of the collarette at 200', possible peyer's patches, immune system compromise.
10) Crypts located on the collarette at 230' nearest to the embryological pancreas topography.
10a) Crypt located outside at the edge of inner pupillary border, suggest blood sugar imbalance.
11) Crypt in the 295' embryological pancreas topography area.
12) Brown pigment on the border of the collarette- 305', suggest genetic pancreas disturbances.
13) No embryological sign at 335'.

Reference:
[1] John Andrews, New Iris Topography Research. Organ pathologies identified from markings inside the collarette, &  Embryological Endocrine Iris Chart,2001.

B) Immune Cell & Psychoneuroimmunology ^[2][3]

This is my preliminary study on this subject, the analysis on this case is subject to error.
1) Distended collarette at 150' to 160', suggest relates to Mesengial Cells. Classical areas of testes and pelvis.
Mesangial cells are specialized cells around blood vessels in the kidneys, at the mesangium. They are specialized smooth muscle cells that function to regulate blood flow through the capillaries, usually divided into two types, each having a very distinct function and location:
a) Extraglomerular mesangial cells
b) Intraglomerular mesangial cells
(Source:http://en.wikipedia.org/wiki/Mesangial_cell)
2) Indentation of the collarette at 170', suggest relates to Mast Cells.
A mast cell (also known as mastocyte and labrocyte) is a resident cell of several types of tissues and contains many granules rich in histamine and heparin. Although best known for their role in allergy and anaphylaxis, mast cells play an important protective role as well, being intimately involved in wound healing and defense against pathogens.(Source: http://en.wikipedia.org/wiki/Mast_cell).
3) Indentation of the collarette at 200', suggest relates to B-Cells.
B cells are lymphocytes that play a large role in the humoral immune response (as opposed to the cell-mediated immune response, which is governed by T cells). The principal functions of B cells are to make antibodies against antigens, perform the role of antigen-presenting cells (APCs) and eventually develop into memory B cells after activation by antigen interaction. B cells are an essential component of the adaptive immune system. (Sources: http://en.wikipedia.org/wiki/B-cells).

Reference:
[2] John Andrews, The Collarette, Immune Cell and Psychoneuroimmunology Foundation Iris Chart, 2002-2007.
[3] John Andrews, Advanced iridology Seminar 6th & 7th June 2007, New Immunological Collarette Chart, Instructional CD.

c) Dirk Hamer Syndrome Analysis ^[4]

Cerebral Trunk and Cerebellum Organs Analysis :
1) Left pericardium, suggest cardiovascular risk - 7'
2),3) & 4) Left vestibulocochlear nerve, concerns with about the disturbances of the organs of equilibrium and of hearing - 65' ~ 80'.
5),6) 7) & 7a) Colon, potential gastrointestinal disturbances - 105' ~ 150'
8) & 9) Possible stress in prostate.
10) & 10a) Tendency to liver stress - 230' ~ 240'.
11) & 12) Right vestibulocochlear nerve - 295' ~ 310'.
13) Right peritoneum - 335'.
Cerebral Cortex Organs Analysis:
1) Stress in branchial - 5'
2), 3) & 4) Coronaries, concerns with heart disease - 65' ~ 80'.
5) Stress in stomach, duodenum - 105'.
6) Potential left bladder disturbances - 125'.
7) & 7a) Right retina - 140'.
8) & 9) Tendency to have kidney stress- 170' ~ 200'.
10) & 11) Stress in urinary bladder - 230'.
12) & 13) Larinx masculation stress. The larynx is the portion of the breathing, or respiratory, tract containing the vocal cords which produce vocal sound. It is located between the pharynx and the trachea. - 305' ~ 310'.
 
Reference:
[4] Dr. Daniele Lo Rito, Iridology & Hamer Syndrome, 2006. Cerebral Cortex Organs & Cerebral Trunk and Cerebellum Organs Charts.
 
D) Emotional Dynamics of the Collarette Analysis ^[5]

1) Concerns with compromise in limbic system.
2) Emotional barrier.
3) Family issues.
4) Concerns with memory.
7a) Issues of identiy.
10) Related to organasiation issues.
12) Issues of injustice.
13) Choices !

Reference:
[5] John Andrews, Emotional Dynamics Of  The Collarette Chart, 2004.

D) The Evolutive Steps In Love ^[6]

a) Introflession of the collarette at the mid point @196' comprised Step 1 and Step 2 ^{[7]
Date Birth : 5/Nov, Degree of Birth : @ 226'}
1) Step 1 - Germinating Love :
- Love desire a gratification
2) Step 2 - Menifest Love :
- Love that needs to be acknowledged.
- Love that has to feed on safety and stability.

b) Extroflession of the collarette at the range of 166'~ 136' ^[7]
1) Step 3 - Undecided Love :
- Desire to feel completely loved, in every manifestation.

Reference :
[6] Dr. Daniele Lo Rito, How We Love And How We desire To Be Loved, 2010.
[7] Dr. Daniele Lo Rito, How We Love And How We desire to Be Loved, 2010, pg39.