In this article we will cover the following:
Before we share with you how those forms of therapies can help you, let’s talk about the Lymphatic System!
1. What is the lymphatic system?
The lymphatic system is a network of tissues, vessels and organs that work together to move a colorless, watery fluid called Lymph. It is an open system; one-way drain that collects and transports interstitial fluid (lymph) towards the circulatory system. All this is possible thanks to the lymphatic capillaries which by osmosis, rebalance the relationship of fluids in the body.
Lymph: Also called lymphatic fluid, is a collection of the extra fluid that drains from cells and tissues (that is not absorbed into the capillaries) plus other substances. The other substances include proteins, minerals, fats, nutrients, damaged cells, cancer cells, and foreign invaders (bacteria, viruses, etc.).
Lymph also transports infection-fighting white blood cells (lymphocytes).
Blockages, diseases, or infections can affect your lymphatic system’s ability to do its work.
What’s important to know is that the lymphatic system does not have a pump like the cardiovascular system, so it all depends on muscles moving to pump the system. Water to move it out, avoiding toxins and chemicals and digesting the right nutrients for the body to absorb.
It’s all about FLUID MOVEMENT & FLOW!
In a nutshell, the lymphatic system is a drainage system that removes excess fluid from the body tissues and returns it to the bloodstream for your liver and kidneys to process and flush out. It is a sub-system of both the circulatory system and the immune system.
The major purpose of the circulatory system is to bring oxygen and nutrients to body tissues and remove waste. The exchange happens in the smallest blood vessels called capillaries. Blood plasma containing nutrients moves out of capillaries at the arterial end of capillary beds, while tissue fluid containing waste reabsorbs back in the venous end.
However not all the fluids are drawn back to the blood stream at this point. About 15 to 20 percent is left in the tissues and would cause swelling if accumulated. This is where the lymphatic system comes into play, it picks up the excess fluid and returns it to the circulatory system.
Unlike the blood circulatory system, which is a closed loop, the lymphatic system is a one-directional, open-ended network of vessels.
Lymphatic vessels begin as lymphatic capillaries made of overlapping endothelial cells. The overlapping flaps function as a one-way valve. When fluid accumulates in the tissue, interstitial pressure increases pushing the flaps inward, opening the gaps between cells, allowing fluid to flow in. As pressure inside the capillaries increases, the endothelial cells are pressed outward, closing the gaps, thus preventing backflow. Unlike blood capillaries, gaps in lymphatic capillaries allow cells such as macrophages, and other large particles to enter.
This makes the lymphatic system a useful way for large particles to reach the bloodstream. It is used for example, for dietary fat absorption in the intestine. Once in the lymphatic vessels, the recovered fluid is called lymph.
Lymph flow is enabled by the same forces that facilitate blood flow in the veins. It goes from lymphatic capillaries to larger and larger lymphatics vessels and eventually drains into the bloodstream via the subclavian veins. On the way it passes through several lymph nodes, which serve as filters, cleansing the fluid before it reaches the bloodstream.
Lymph nodes are small bean shaped structures scattered throughout the lymphatic network.
Lymph nodes contain macrophages (Macrophages are a type of white blood cell of the innate immune system that engulf and digest pathogens, such as cancer cells, microbes, cellular debris, and foreign substances, which do not have proteins that are specific to healthy body cells on their surface) and dendritic cells (A special type of cell that is a key regulator of the immune system, acting as a professional antigen-presenting cell (APC) capable of activating naïve T cells and stimulating the growth and differentiation of B cells. Dendritic cells are found, for example, in the lymph nodes and spleen.
Those cells directly “swallow-up” any pathogens, such as bacteria or viruses, that may have been taken up from an infected tissue. The nodes also contain lymphocytes: T-cells and B-cells, which are involved in adaptive immune system response, a process that produces activated lymphocytes and antibodies specific to the invading pathogen. These are then carried by the lymph to the bloodstream to be distributed whenever they are needed.
You have about 600 lymph nodes scattered throughout your body. Some exists as a single node; others are closely connected groups called chains. A few of the more familiar locations are in your arm pit, groin, and neck. Lymph nodes are connected to others by lymphatic vessels.
Lymphatic vessels are the network of capillaries and a large network of tubes located throughout your body, transport lymph away from tissues. The lymphatic vessels collect and filters lymph (at the nodes) as it continues to move toward larger vessels called collecting ducts. The vessels operate very much like your veins do. They work under very low pressure, have a series of valves in them to keep the fluid moving in one direction.
Collecting ducts, the lymphatic vessels empty the lymph into the right lymphatic duct and left lymphatic duct (also called the thoracic duct). These ducts connect the subclavian vein, which returns lymph to the bloodstream. The subclavian vein runs below your collarbone.
Some 20 litres of plasma flow through your body’s arteries and smaller arteriole blood vessels and capillaries every day. After delivering nutrients to the body’s cells and tissues and receiving their waste products about 17 litres are returned to the circulation by way of veins.
The remaining 3 litres seep through the capillaries and into your body’s tissues. The lymphatic system collects this excess fluid, now called lymph, from tissue on your body and moves it along until it’s ultimately returned to your bloodstream.
Why is that so important, returning the lymph to the bloodstream helps to maintain normal blood volume and pressure. It also prevents the excess buildup of fluid around the tissues (called edema).
Why is that so important, returning the lymph to the bloodstream helps to maintain normal blood volume and pressure. It also prevents the excess buildup of fluid around the tissues (called edema).
The Lymphatic System also includes lymphoid organs. Primary lymphoid organs are the Thymus and Bone Marrow, and they are the sites of lymphocyte production, maturation, and selection.
Selection: Process in which lymphocytes learn to distinguish between self and non-self so they can recognize and destroy pathogens without attacking the body’s own cells.
Secondary lymphoid organs are the lymph nodes, spleen, lymphoid nodules. Mature lymphocytes then leave the primary organs to the secondary lymphoid organs, where they encounter pathogens and become activated. Video/Source: Patreon.com/alilamedicalmedia/posts.
The largest lymphatic organ is the Spleen, located on the left side under your ribs and above your stomach. The spleen filters and stores blood and produces white blood cells that fight infection or disease. It has a huge tie in with the immune system.
Thymus, this organ is in the upper chest beneath the breastbone. It matures a specific type of white blood cell that fights off foreign organisms.
Tonsils and Adenoid, these lymphoid organs trap pathogens from the food you eat and the air you breathe. They are your body’s first line of defense against foreign invaders.
Bone Marrow this is the soft, spongy tissue in the centre of certain bones, such as the hip bone and breastbone. White blood cells, red blood cells, platelets are made in the bone marrow.
Peyer’s Patches, these are small masses of lymphatic tissue in the mucous membrane that lines your small intestine. These lymphoid cells monitor and destroy bacteria in the intestines. However, Peyer’s Patches keep the intestinal flora at appropriate levels and the pathogens at bay, thereby preventing many infections. More specifically they are in the ileum.
Appendix contains lymphoid tissue that can destroy bacteria before it reaches the intestine wall during absorption. Scientists also believe that the appendix plays a role in housing “good bacteria” and repopulating our gut with good bacteria after an infection is cleared.
2. Why is the lymphatic system important to your health?
Your lymphatic system is part of your immune system and plays many functions. Primarily, includes:
3. What potential conditions or disorders can affect your lymphatic system?
Many conditions can affect the vessels, glands, and organs that make up the lymphatic system. Some happens during development before or during childhood. Others develop because of disease or injury.
What preventive measures can you take?
4. How can we help? What form of alternative medicine therapies can support your lymphatic system?
The lymphatic flow: The lymphatic system relies on the contraction and movement to facilitate the flow of lymph fluid to properly function.
All the following therapies are safe, gentle, and non-invasive:
Seqex ICR® PEMF Therapy
(Pulse Electromagnetic Fields)
Seqex ICR PEMF, has an anti-inflammatory effect and may modulate the immune response. Reducing inflammation support the proper functioning of the lymphatic system. (Using a specific program such as ANI – Anti-inflammatory program).
NIR Light Therapy (Plasma light)
Acupuncture
Manual Lymphatic Drainage Massage
Reflexology
Well, I’ve long been a believer in the benefits of reflexology to the body and especially the lymphatic system.
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