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AN AYURVEDIC HERBAL FOOD SUPPLEMENT
| ..:: RESPROMA - TRADITIONAL INDICATIONS ::.. |
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- Allergic Rhinitis
- Bronchial Asthma
- Chronic Sinusitis.
- Recurrent Respiratory Infections.
- Tropical Eosinophilia.
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RHINITIS
This occurs when airborne allergens are inhaled. These allergens are
harmless unless the body's immune system reacts to them by making antibodies. In allergic reactions, these antibodies are in the IgE (immunoglobulin-E)
class of antibodies, which stick to the surface of specialized cells
called mast cells. Allergens combine with IgE antibodies to release
pro-inflammatory substances including histamine, leukotrienes and cytokines
from mast cells and other cells in the lining of the nose.
Symptoms being frequent sneezing, nasal discharge, irritant cough. This can lead
to infections (bronchitis, sinusitis etc,) or bronchospasm (asthma).
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ASTHMA
Symptoms are caused by excessive secretions in the bronchi, spasm
of smooth muscle in the bronchial wall, and inflammatory swelling of
the bronchial lining (mucosa). These changes cause obstruction to airflow
in and out of the lung and the increased obstruction during exhalation
leads to wheezing and trapping of air in the chest.
The tendency to become allergic is inherited and is controlled by several
genes that influence production of IgE antibodies. Allergic disease
develops only when a person becomes exposed to those allergens to which
he has a genetic predisposition. Perinatal and infantile avoidance
of food allergens may postpone development of allergic disease in susceptible
children.
A fundamental problem in asthma is irritability of bronchi caused by
inflammation in the bronchial walls. The inflammation causes loss of
protective epithelial cells from the mucosa (lining of bronchial wall),
exposing sensitive nerve endings to the irritating effects of chemical
air pollutants and dry air. Predisposition to asthma is inherited,
probably as the result of genetic factors independent of allergy-determining
genes. Recent research suggests that genes that control various inflammatory
mechanisms are important in causing allergic inflammation in the lung.
Allergic reactions in the lung cause inflammation, during which inflammatory
cells called eosinophils and lymphocytes are attracted to the bronchial tissues.
Products from these cells cause damage to the bronchial lining, which in turn
leads to bronchial irritability that persists for several weeks after withdrawal
from allergen exposure. This is most likely to occur when there is a delayed
response to allergen known as a late phase reaction. Prolonged allergic inflammation
in the bronchial walls may lead to thickening of the supportive membrane under
the epithelial lining of the bronchial airways, and to a gradual and progressive
loss of the ability of the airways to respond to a bronchodilator drug. |
How it works:
RESPROMA food supplementis immunomodulatory
to the respiratory tract. It helps desensitizes to the antigens and the
mucus plugs are thinned out for better expectoration. As no allergy occurs,
no subsequent reactions like bronchospasm, stimulation of mucus glands
etc. Moreover the primary antioxidant-glutathione is increased with the food
supplement RESPROMA that protects and repairs
the damaged respiratory mucus membrane. |
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