If you look up 'health benefits of rebounding' you will see that the lymph flow is dependent upon physical activity! So jump on that trampoline if you don't want your cells to sit in their own toxins.
the lymph nodes make the good bacteria flow through your body and clean it up. The lymph nodes also make the bad bacteria flow down into channel which excrete it from your system. If you excrete a wicked noise through your lymph nodes you can always blame the dog.
The flow of lymph is slow because the lymphatic system has no pump.
Lymph nodes
Yes, it is both carried through the cardiovascular system, and through the lymphatics. Basically, lymph will first flow through the blood in arteries to the lymph node, then from the lymph node to the lymphatics.
That would be the lymphatic vessels. The lymphatic system is not directly tied to the main circulatory system and thus is not pumped through the body. So without a regular flow of the lymph, movement of the body helps the lymph to flow. Very few animals utilize a separate lymphatic heart to pump lymph, and that does not include human beings.
the plasma of the blood flowing through the numerous dermal blood vessels The fluid in a blister is lymph. It comes from the lymph system, which is a circulatory system similar to the one that circulates blood. The flow of lymph is powered by the movement of the muscles throughout the body, and the lymph is colorless and nearly clear.
Lymph moves through the body via muscle contractions, breathing movements, and the contraction of lymphatic vessels. The one-way valves inside the vessels prevent backflow, allowing lymph to flow towards the heart. Movement and physical activity also help to propel lymph through the lymphatic system.
Lymph moves through the body primarily via the lymphatic system, which consists of lymphatic vessels that transport lymph fluid. Lymph is propelled by the contraction of surrounding skeletal muscles and the rhythmic contraction of lymphatic vessel walls. Additionally, one-way valves within the vessels prevent backflow, ensuring unidirectional flow toward the lymph nodes and eventually into the bloodstream. This movement is further aided by respiratory movements that create pressure changes in the thoracic cavity.
Lymph is moved through the lymph vessels by surrounding muscles contracting and relaxing, which creates pressure changes that help propel the lymph forward. Additionally, one-way valves within the lymph vessels prevent the backflow of lymph, helping to maintain the flow.
Lymph flows in the direction from the tissues towards the circulatory system. It moves through the lymphatic vessels by skeletal muscle contractions, breathing movements, and pulsations of nearby blood vessels.
Lymph enters the lymph node through a series of afferent lymphatic vessels and exits the lymph node via efferent lymphatic vessels. There are more afferent lymphatic vessels than there are efferent lymphatic vessels, slowing down the flow. The reason the slow flow is desirable is that it allows time for lymphocytes and macrophages to carry out their protective functions of removing debris from lymph.
Lymph flow is primarily controlled by the contraction of surrounding muscles, breathing movements, and the one-way valves in the lymphatic vessels. These valves prevent backflow and help propel lymph towards the heart. Physical activity and massage can also assist in promoting lymph flow.