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This iris shows the presence of a Lymphatic Rosary - the chain of dots that run inside the outer edge of the iris. This is a sign of slow or compromised lymphatic and immune function in the patient. |
the lymphatic system
The Eyes Have it
The lymphatic system plays an important role in metabolic waste removal and immune function, and provides a pathway for glandular communication throughout the body. Lymph vessels form a one-way drainage system, usually running parallel to arteries and veins, that drain waste products from the tissues and transports lymph fluids to the lymph nodes, which act as a filter. The lymph fluids are 95% water and carry lymphocytes which are the immunologically active cells produced by the lymph nodes. These cells serve as a defence mechanism by removing noxious agents from the tissues such as pathogens, toxins and metabolic debris and initiate antibody production. The lymphatic system eventually returns its lymph fluid to the circulatory system where it again becomes blood plasma. The lymph vessels also connect to the spleen, which acts as a filter and reservoir.
The lymphatic system is feminine in nature. It is the counterpart of the masculine nervous system. Being feminine in nature its function and dysfunction is not as easily defined as that of the masculine nervous system. Closer observation is required to confidently appraise symptoms of lymphatic dysfunction in the body as well as in the iris.
The major factors that contribute to lymphatic dysfunction include:-
Inactivity – the lymphatic system has no pump like the heart and so relies on movement of the body’s muscles that ‘pump’ its fluids.
Dehydration – concentrates lymph fluids, reduces flow and limits an adequate production of mucous that lines various structures.
Nervous fatigue – ‘stress’ drains energy from the lymphatic system and from the body’s energy reserves.
The lymphatic system plays an important role in metabolic waste removal and immune function, and provides a pathway for glandular communication throughout the body. Lymph vessels form a one-way drainage system, usually running parallel to arteries and veins, that drain waste products from the tissues and transports lymph fluids to the lymph nodes, which act as a filter. The lymph fluids are 95% water and carry lymphocytes which are the immunologically active cells produced by the lymph nodes. These cells serve as a defence mechanism by removing noxious agents from the tissues such as pathogens, toxins and metabolic debris and initiate antibody production. The lymphatic system eventually returns its lymph fluid to the circulatory system where it again becomes blood plasma. The lymph vessels also connect to the spleen, which acts as a filter and reservoir.
The lymphatic system is feminine in nature. It is the counterpart of the masculine nervous system. Being feminine in nature its function and dysfunction is not as easily defined as that of the masculine nervous system. Closer observation is required to confidently appraise symptoms of lymphatic dysfunction in the body as well as in the iris.
The major factors that contribute to lymphatic dysfunction include:-
Inactivity – the lymphatic system has no pump like the heart and so relies on movement of the body’s muscles that ‘pump’ its fluids.
Dehydration – concentrates lymph fluids, reduces flow and limits an adequate production of mucous that lines various structures.
Nervous fatigue – ‘stress’ drains energy from the lymphatic system and from the body’s energy reserves.
mucous membrane dysfunction
Mucous membrane quality serves as a useful indicator of the state of lymphatic function. Together with lymphatic iris signs these symptoms can prove very useful in discovering the nature of illness a patient may be suffering.
Mucous membranes line the tubular organs of the body. As these tissues are part of the immune system they act as a gateway, allowing appropriate substances to gain entry and keeping inappropriate material out of the body. The quality of the mucous membranes reveals a person’s attitudes of discernment, defence and protection. Mucous membranes have several functions that work together depending on the location and function of the associated organ.
Here is a list of the basic functions of mucous membranes and some examples of their activity. They:-
A "Lymphatic Rosary" as termed by iridologists will be visible in the iris when the person is experiencing lymphatic dysfunction, that the lymph fluids to move too slowly. Dehydration and inactivity are often the most common causes of poor lymphatic function.
If you would like to learn more about assessing health through signs in the iris you might like to read my book. Here is a summary.
Mucous membranes line the tubular organs of the body. As these tissues are part of the immune system they act as a gateway, allowing appropriate substances to gain entry and keeping inappropriate material out of the body. The quality of the mucous membranes reveals a person’s attitudes of discernment, defence and protection. Mucous membranes have several functions that work together depending on the location and function of the associated organ.
Here is a list of the basic functions of mucous membranes and some examples of their activity. They:-
- Smooth movement by facilitating swallowing, peristalsis and speech.
- Protect linings of the stomach and bladder against acid irritation.
- Guard against the entry of pathogens and debris into the respiratory tract.
- Facilitate absorption, maintaining a moist environment to enable assimilation in the gastrointestinal tract.
- Buffer acidity by helping maintain correct pH levels in the small intestines.
- Bind and aggregate faecal matter into a stool, or surround infection and debris in the form of respiratory phlegm.
A "Lymphatic Rosary" as termed by iridologists will be visible in the iris when the person is experiencing lymphatic dysfunction, that the lymph fluids to move too slowly. Dehydration and inactivity are often the most common causes of poor lymphatic function.
If you would like to learn more about assessing health through signs in the iris you might like to read my book. Here is a summary.