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Your lymph system is your immune system. It is a complicated vessels, ducts, and nodes that flush themselves to cleanse your tissues. This periodic flushing promotes cellular repair, and eliminates toxins. Conditions that cause you to experience sluggish lymph flow, can lead to congestion, weight gain, diminished radiance, premature aging, skin breakouts, facial edema, dark circles, dry, wrinkled or sallow looking skin, spider veins, and cellulite.
The lymphatic system has three primary functions. First of all, it returns excess interstitial fluid to the blood. Of the fluid that leaves the capillary, about 90 percent is returned. The 10 percent that does not return becomes part of the interstitial fluid that surrounds the tissue cells. Small protein molecules may “leak” through the capillary wall and increase the osmotic pressure of the interstitial fluid. This further inhibits the return of fluid into the capillaries, and fluid tends to accumulate in the tissue spaces. If this continues, blood volume and blood pressure decrease significantly and the volume of tissue fluid increases, which results in edema (swelling). Lymph capillaries pick up the excess interstitial fluid and proteins and return them to the venous blood. After the fluid enters the lymph capillaries, it is called lymph.
The second function of the lymphatic system is the absorption of fats and fat-soluble vitamins from the digestive system and the subsequent transport of these substances to the venous circulation. The mucosa that lines the small intestine is covered with fingerlike projections called villi. There are blood capillaries and special lymph capillaries, called lacteals, in the center of each villus. The blood capillaries absorb most nutrients, but the fats and fat-soluble vitamins are absorbed by the lacteals. The lymph in the lacteals has a milky appearance due to its high fat content and is called chyle.
The third and probably most well known function of the lymphatic system is defense against invading microorganisms and disease. Lymph nodes and other lymphatic organs filter the lymph to remove microorganisms and other foreign particles. Lymphatic organs contain lymphocytes that destroy invading organisms.
The lymphatic system consists of a fluid (lymph), vessels that transport the lymph, and organs that contain lymphoid tissue.
Lymph is a fluid similar in composition to blood plasma. It is derived from blood plasma as fluids pass through capillary walls at the arterial end. As the interstitial fluid begins to accumulate, it is picked up and removed by tiny lymphatic vessels and returned to the blood. As soon as the interstitial fluid enters the lymph capillaries, it is called lymph. Returning the fluid to the blood prevents edema and helps to maintain normal blood volume and pressure.
Lymphatic vessels, unlike blood vessels, only carry fluid away from the tissues. The smallest lymphatic vessels are the lymph capillaries, which begin in the tissue spaces as blind-ended sacs. Lymph capillaries are found in all regions of the body except the bone marrow, central nervous system, and tissues, such as the epidermis, that lack blood vessels. The wall of the lymph capillary is composed of endothelium in which the simple squamous cells overlap to form a simple one-way valve. This arrangement permits fluid to enter the capillary but prevents lymph from leaving the vessel.
The microscopic lymph capillaries merge to form lymphatic vessels. Small lymphatic vessels join to form larger tributaries, called lymphatic trunks, which drain large regions. Lymphatic trunks merge until the lymph enters the two lymphatic ducts. The right lymphatic duct drains lymph from the upper right quadrant of the body. The thoracic duct drains all the rest.
Like veins, the lymphatic tributaries have thin walls and have valves to prevent backflow of blood. There is no pump in the lymphatic system like the heart in the cardiovascular system. The pressure gradients to move lymph through the vessels come from the skeletal muscle action, respiratory movement, and contraction of smooth muscle in vessel walls.
Lymphatic organs are characterized by clusters of lymphocytes and other cells, such as macrophages, enmeshed in a framework of short, branching connective tissue fibers. The lymphocytes originate in the red bone marrow with other types of blood cells and are carried in the blood from the bone marrow to the lymphatic organs. When the body is exposed to microorganisms and other foreign substances, the lymphocytes proliferate within the lymphatic organs and are sent in the blood to the site of the invasion. This is part of the immune response that attempts to destroy the invading agent.
The lymphatic organs include:
Lymph nodes are small bean-shaped structures that are usually less than 2.5 cm in length. They are widely distributed throughout the body along the lymphatic pathways where they filter the lymph before it is returned to the blood. Lymph nodes are not present in the central nervous system. There are three superficial regions on each side of the body where lymph nodes tend to cluster. These areas are the inguinal nodes in the groin, the axillary nodes in the armpit, and the cervical nodes in the neck.
The typical lymph node is surrounded by a connective tissue capsule and divided into compartments called lymph nodules. The lymph nodules are dense masses of lymphocytes and macrophages and are separated by spaces called lymph sinuses. The afferent lymphatics enter the node at different parts of its periphery, which carry lymph into the node; entering the node on the convex side. The lymph moves through the lymph sinuses and enters an efferent lymphatic vessel, which, located at an indented region called the hilum, carries the lymph away from the node.
Tonsils are clusters of lymphatic tissue just under the mucous membranes that line the nose, mouth, and throat (pharynx). There are three groups of tonsils. The pharyngeal tonsils are located near the opening of the nasal cavity into the pharynx. When these tonsils become enlarged they may interfere with breathing and are called adenoids. The palatine tonsils are the ones that are located near the opening of the oral cavity into the pharynx. Lingual tonsils are located on the posterior surface of the tongue, which also places them near the opening of the oral cavity into the pharynx. Lymphocytes and macrophages in the tonsils provide protection against harmful substances and pathogens that may enter the body through the nose or mouth.
The spleen is located in the upper left abdominal cavity, just beneath the diaphragm, and posterior to the stomach. It is similar to a lymph node in shape and structure but it is much larger. The spleen is the largest lymphatic organ in the body. Surrounded by a connective tissue capsule, which extends inward to divide the organ into lobules, the spleen consists of two types of tissue called white pulp and red pulp. The white pulp is lymphatic tissue consisting mainly of lymphocytes around arteries. The red pulp consists of venous sinuses filled with blood and cords of lymphatic cells, such as lymphocytes and macrophages. Blood enters the spleen through the splenic artery, moves through the sinuses where it is filtered, then leaves through the splenic vein.
The spleen filters blood in much the way that the lymph nodes filter lymph. Lymphocytes in the spleen react to pathogens in the blood and attempt to destroy them. Macrophages then engulf the resulting debris, the damaged cells, and the other large particles. The spleen, along with the liver, removes old and damaged erythrocytes from the circulating blood. Like other lymphatic tissue, it produces lymphocytes, especially in response to invading pathogens. The sinuses in the spleen are a reservoir for blood. In emergencies such as hemorrhage, smooth muscle in the vessel walls and in the capsule of the spleen contracts. This squeezes the blood out of the spleen into the general circulation.
The thymus is a soft organ with two lobes that is located anterior to the ascending aorta and posterior to the sternum. It is relatively large in infants and children but after puberty it begins to decrease in size so that in older adults it is quite small.
The primary function of the thymus is the processing and maturation of special lymphocytes called T-lymphocytes or T-cells. While in the thymus, the lymphocytes do not respond to pathogens and foreign agents. After the lymphocytes have matured, they enter the blood and go to other lymphatic organs where they help provide defense against disease. The thymus also produces a hormone, thymosin, which stimulates the maturation of lymphocytes in other lymphatic organs.
Colon irrigation is a more complete, extended,form of an enema, involving the infusion of warm, purified water into the rectum to clean or evacuate the colon, thereby removing fecal material from the colon walls and diluting the toxic bacterial concentration in the large intestine. Ask about the use of our Ozone Infusion Process to greatly intensify this procedure
Colon irrigation is an ex-tended and more complete form of an enema. The concept involves the mechanical process of infusing warm, purified water into the rectum with the objective of cleansing or evacuating the colon. This procedure removes fecal material from the colon walls and dilutes the bacterial toxic concentration in the large intestine. By using good intestinal hygiene, you can eliminate as many as 22 toxins. Accumulation of these toxins can produce the following symptoms. DOES ANY OF THIS SOUND LIKE YOU?
Come to HELP FOR HEALTH to experience the cleansing effects of colon irrigation, reduce stagnation and subsequent bacterial production in your colon and maintain harmony of intestinal flora for your optimum health.
People complain of digestive disorders more frequently than any other. The health of most of your organs as well as your overall well-being depends upon how well your bowel (intestine) functions. You cannot be assured of optimal colon health by merely changing your diet after many years of incorrect eating habits. Why? Because the toxic residues remain accumulated in your colon.
Refined carbohydrates and lack of fiber in your diet increase the transit time of your bowel wastes and promote putrefaction in your colon. Both of these factors can cause constipation and certain bowel diseases such as: Diverticulitis, colitis, and colon cancer. When, detected early, these conditions have a high surgical cure rate. According to the American Cancer Society, bowel cancer is caused by environmental agents such as: pesticides and herbicides sprayed on crops, hormones and antibiotics fed to animals and carcinogenic agents in the air we breathe. AT HELP FOR HEALTH, WE HAVE STATE-OF-THE-ART HYDROTHERAPY EQUIPMENT TO HELP YOU MINIMIZE THE EXPOSURE OF YOUR COLON WALL TO POTENTIAL CARCINOGENS.
What is a Himalayan Salt Sauna?
A Himalayan Salt Sauna can have solid salt blocksor decorative baskets filled with large crystals of salt. A Himalayan Salt Sauna is an infrared sauna that contains salt crystals made from the salt that came from ancient oceans, and serve as a perfect air ionizer.
How does a Himalayan Salt Sauna work?
Himalayan salt saunas generate negative ions.
The infrared heaters of the sauna heat the salt crystals and support the ionizing effect. Salt itself is hygroscopic and attracts the water from the surroundings. You can often see that the salt is damp or even wet, especially in more humid environments. Due to the gentle heat of the sauna, the water quickly evaporates and during the evaporation process the beneficial negative ions get created. They go on to bind with excessive positive ions (bacteria, molds and allergens that carry a positive charge) and neutralize the electronic smog in your lungs and body.
Moreover, pink Himalayan salt is a very pure source of light and its multi-colored glow has a soothing effect and relaxes you.
The Himalayan Salt Sauna achieves the following things:
Health benefits of a Himalayan Salt Sauna
People using Himalayan Salt Saunas report improvement in their physical and mental well-being soon after the experience. They are reported to help with:
The Himalayan Salt Saunas have other health benefits and they have been recommended for:
About the Far Infrared Sauna Treatment
The HELP FOR HEALTH Far Infrared and Far Infrared Ozone Saunas work by warming the body like sunlight, using the wavelengths of visible and non-visible light to heat the body naturally Research shows that Ozone application can be effective in destroying viruses, bacteria, fungus and yeast. The Far Infrared Ozone Sauna can increase the burning of calories to up to 250% in a 15 minute, single sauna session. As a result, regular use can play a pivotal role in both weight control and cardiovascular conditions.
Far Infrared Sauna Benefits: