The Lymphatic System: How to Make It Strong & Effective

Highlights

Human Body Systems – Functions, locations, anatomy, definition, picture
Retrieved 12 November Effectiveness of such treatments varies depending on the severity of the lymphoma at the time of diagnosis. Want to know what to expect from nursing school - from the perspective of someone who has been through it recently? T cells are responsible for cell-mediated immunity. It secretes hormones and is crucial in the production, maturation, and differentiation of immune T cells.

Get FREE Access!

Mononuclear phagocyte system

These finger-like protruding structures are produced by the tiny folds in the absorptive surface of the gut. Lacteals absorb fats and fat-soluble vitamins to form a milky white fluid called chyle. This fluid contains lymph and emulsified fats, or free fatty acids. It delivers nutrients indirectly when it reaches the venous blood circulation. Blood capillaries take up other nutrients directly. The third function is to defend the body against unwanted organisms. Without it, we would die very soon from an infection.

Our bodies are constantly exposed to potentially hazardous micro-organisms, such as infections. However, pathogens often do succeed in entering the body despite these defenses. In this case, the lymphatic system enables our immune system to respond appropriately. If the immune system is not able to fight off these micro-organisms, or pathogens, they can be harmful and even fatal.

A number of different immune cells and special molecules work together to fight off the unwanted pathogens. The lymphatic system produces white blood cells, known as lymphocytes. There are two types of lymphocyte, T cells and B cells. They both travel through the lymphatic system.

As they reach the lymph nodes, they are filtered and become activated by contact with viruses, bacteria, foreign particles, and so on in the lymph fluid. From this stage, the pathogens, or invaders, are known as antigens. As the lymphocytes become activated, they form antibodies and start to defend the body.

They can also produce antibodies from memory if they have already encountered the specific pathogen in the past. Collections of lymph nodes are concentrated in the neck, armpits, and groin. We become aware of these on one or both sides of the neck when we develop so-called "swollen glands" in response to an illness.

It is in the lymph nodes that the lymphocytes first encounter the pathogens, communicate with each other, and set off their defensive response. Activated lymphocytes then pass further up the lymphatic system so that they can reach the bloodstream. Now, they are equipped to spread the immune response throughout the body, through the blood circulation. The lymphatic system and the action of lymphocytes, of which the body has trillions, form part of what immunologists call the "adaptive immune response.

The lymphatic system can stop working properly if nodes, ducts, vessels, or lymph tissues become blocked, infected, inflamed, or cancerous. Cancer that starts in the lymphatic system is known as lymphoma. It is the most serious lymphatic disease. Hodgkin lymphoma affects a specific type of white blood cell known as Reed-Sternberg cells.

Non-Hodgkin lymphoma refers to types that do not involve these cells. Cancer that affects the lymphatic system is usually a secondary cancer.

This means it has spread from a primary tumor , such as the breast, to nearby or regional lymph nodes. Sometimes, a lymph node swells because it becomes infected. The nodes may fill with pus , creating an abscess. The skin over the nodes may be red or streaky. Localized lymphadenitis affects the nodes near the infection, for example, as a result of tonsilitis. Generalized lymphadenitis can happen when a disease spreads through the bloodstream and affects the whole body.

Causes range from sepsis to an upper respiratory tract infection. If the lymphatic system does not work properly, for example, if there is an obstruction, fluid may not drain effectively. As the fluid builds up, this can lead to swelling, for example in an arm or leg.

The skin may feel tight and hard, and skin problems may occur. In some cases, fluid may leak through the skin.

Obstruction can result from surgery, radiation therapy , injury, a condition known as lymphatic filariasis, or—rarely—a congenital disorder. The "swollen glands," that occur, for example, in the neck during a throat infection, are in fact enlarged lymph nodes.

Reaction to an infection: The lymph nodes react when foreign material is presented to immune cells through the lymph that is drained from infected tissue. Direct infection of the lymph nodes: The nodes can become infected and inflamed as a result of certain infections that need prompt antibiotic treatment.

Most people who have swollen glands with a cold or flu do not need to see a doctor. Also known as infectious mononucleosis , or mono, this is a viral infection that can one cause longer-lasting swelling, a sore throat , and fatigue. This is more common in children than in adults. It occurs when the lymph nodes at the back of the mouth are fighting infection, usually viral, but sometimes bacterial. This bacterial infection is commonly called " strep throat.

Children are more prone to swollen lymph nodes because their immune systems are still developing their responses to infectious microbes. In October , researchers found that the brain has lymphatic vessels , allowing it to process "waste" leaked from the blood vessels. Lymphocytes, also called white blood cells, are described below.

Lymphocytes travel in the blood, but they routinely leave capillaries and wander through connective tissue. Therefore, lymphocytes may be normally encountered at any time in any location. They even enter epithelial tissue, crawling between the epithelial cells. They reenter circulation via lymphatic system channels hence their name.

Develop in the thymus gland or bone marrow. B-cells grow differentiate and mature in the bone marrow. T-cells also start out in the bone marrow. They differentiate and mature in the thymus gland beneath breastbone. B-cell and T-cell lymphocytes are distributed through the blood stream, which eventually branches into tiny blood vessels called capillaries. Some lymphocytes migrate to capillaries into surrounding tissues. Some enter lymphatic vessels-tiny, blind-ended tubes-and lead to larger lymphatic ducts and branches.

Along the way, the fluid passes through lymph nodes, oval structures composed of lymph vessels, connective tissue, and white blood cells. Here, the lymphocytes either are filtered out or are added to the contents of the node.

Return to top Lymph nodes: The lymph node provides an environment where lymphocytes can receive initial exposure to foreign antigens viruses, bacteria, fungi, etc. Most lymph nodes form in clusters throughout the system, such as in the neck, armpit, and groin.

The spleen is another important lymphatic organ. It processes lymphocytes from incoming blood. The tonsils and adenoids are secondary lymphatic organs. The spleen is a spongy, soft organ about as big as a person's fist, is located in the upper left part of the abdomen, just under the rib cage.

Click to enlarge Also see Cancer. Swollen lymph nodes By Mayo Clinic staff. For international use, Model is available. The Lymphstar Pro is used in applications related to moving lymph and the detoxification or clearing of tissue as it relates to the lymphatic system. It incorporates light photonic and sound harmonics with noble gas ionization into a therapeutic system of outstanding effectiveness and versatility.

The lymphatic system is a central component of the immune system and protects the body by draining and filtering out waste. Anything we can do to encourage vital and active lymph drainage is an important component of health. The result is a wide range of dysfunction and disease.

Through delicate massaging techniques it was highly effective at reducing lymph-based disorders, but the process is very labor intensive. Within the last decade a hi-tech electronic instrument was found to assist and amplify the effects of manual lymph drainage, reducing the time and complexity of the therapy. The Lymphstar Pro is the most recent advancement of this instrument. Proven over time as a safe and effective therapeutic tool it is designed for use in many clinical applications.

Various practitioners have refined new techniques for performing this revolutionary therapy. Users range from across the spectrum of practitioners for numerous applications. The Lymphstar Pro is a vibrational energy technology. An optimal mixture of xenon and argon is enclosed in Pyrex glass tube. The gases are excited by electrical current. An energy field, or plasma, then radiates from the tube onto the skin and is conducted through the entire bio-energy system.

Introduction to Lymphatic System: