Yes they do.
Yes, excess tissue fluid, also known as interstitial fluid, is collected by the lymphatic system and transformed into lymphatic fluid. This lymphatic fluid is transported through lymphatic vessels and eventually drains into the bloodstream at specific points, primarily at the junction of the jugular and subclavian veins. This process helps maintain fluid balance in the body and supports the immune system by transporting lymphocytes and other immune cells.
The normal cycle of the circulatory system involves the arteries which carry blood away from the heart. Veins carry the deoxygenated blood back to the heart. In addition, there is the lymphatic system which is a one-way drainage system that transports interstitial fluid back into the blood stream.
Oxygen is transported through the circulatory system by binding to hemoglobin in red blood cells. Hemoglobin carries the oxygen from the lungs to the tissues in the body where it is needed for cellular respiration. The oxygen is released from hemoglobin and diffuses into the surrounding tissues to support their metabolic functions.
The ability of a stream to erode and transport material largely depends on its velocity, gradient, and discharge. Streams with higher velocities, steeper gradients, and greater discharge have more erosive power and are better able to transport sediment.
A stream with gravel and rocks typically has a higher sediment load. The presence of gravel and rocks indicates that the stream has the ability to transport larger particles, which increases its sediment load compared to streams with smaller particles like sand or silt.
The term used for excess fluid in tissues is edema. The more complete name is lymphedema and is usually the result of the lymphatic system not being able to move lymphatic fluid from tissues back into the blood stream, which results in the 'bloating' associated with it.
The lymphatic system picks up fluid leaked from blood vessels and returns it to the blood; disposes of debris in the lymphatic stream; and houses white blood cells involved in immunity.
They probably have to remember where they were born.
Macrophage
Lymph is a fluid. It flows through the lymphatic vessels by one way valves which allows lymph move way through lymphatic system. Subclavian suction, and skeletal muscle pumps help to propel the lymph through the lymphatic vessels.
Lymph cisterna chyli has a conduit for the product of digestion while the general lymphatic stream gets intersistual fluids and white blood cells and goes through the lymph nodes to be cleaned before being sent back to the blood.
When an infection spreads from the appendix, bacteria or other pathogens can enter the lymphatic system through lymphatic vessels. These pathogens can then travel through the lymphatic system and eventually reach the bloodstream. Once in the bloodstream, the infection can be carried to other parts of the body, leading to systemic illness.
Yes, all hormones are released into the blood stream and then circulate to all tissues; only those target tissues that are designed to react to specific hormones will react to the presence of the hormone. Hormones are chemical messengers that are released into the blood stream, designed to cause changes in only certain tissues.
Lacteals are lymphatic vessels found in small intestinal villi. While other nutrients such as amino acids and saccharides are absorbed into the blood stream, lacteals and the lymphatic system are used to absorb fats.
Meanders are created in the stream bed when a shallow graded stream cuts from side to side in its erosion process.It will create cliffs on the outside of the bends, and smooth banks on the inside of the stream. These features will migrate upstream.
once any cancer metastasizes it can spread anywhere, including the colon, via the blood stream or lymphatic system.
Yes, excess tissue fluid, also known as interstitial fluid, is collected by the lymphatic system and transformed into lymphatic fluid. This lymphatic fluid is transported through lymphatic vessels and eventually drains into the bloodstream at specific points, primarily at the junction of the jugular and subclavian veins. This process helps maintain fluid balance in the body and supports the immune system by transporting lymphocytes and other immune cells.