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When capillaries flow through tissues everyone knows they give off nutrients and oxygen into the Interstitium (the space between cells) from which the cells pick them up. In the interstitium is a fluid called Interstitial Fluid which is very similar to blood plasma. As the blood flows though the capillaries much of the plasma travels through the vessel wall and into the interstitium (due to complicated laws of physics). Only a fraction of this fluid returns to the blood and the rest remains in the interstitium, increasing the pressure in the tissues and drastically decreasing the blood pressure. This is where the lymph vessels come in. They pick up this eccess fluid and transport it back, eternally, to the Vena Cava so it rejoins the blood supply. Therefore lymph, the fluid in lymph vessels, is basically a fluid of roughly the same composition as blood plasma. Lymph nodes are famous for their role in the Immune System. Structures called Lymph Nodes which produce cells called Lyphocytes. These have many and various function in the immune system. They get into the blood by following the flow of lymph into the vena cava and join the blood supply here. or for a very simple answer lymph=tissue fluid
transformation
The heat can kill the bacteria
theres no real beginning place... it runs pretty much parallel to your capillary networks, it's there to pick up excess fluid and return it to the blood circulation
Theyn all kill the cells so it makes the lymph pick it up and pump it out of the blood stream and afer they kill it all the organs start to break down into pieces
Bacteria of the genus Lactobacilli.
No, a dipstick for bacteria does not pick up pregnancy hormones, you need a pregnancy test for that.
Yes, that is correct.
Pick operating system was created in 1965.
The waste from your anus as bacteria, this bacteria is bad bacteria because, the things you pick from your bum would most probably by either hair or bits of feces, and that smells so if you put enough in your outh so will your breath.
The lymph nodes store and make B cells which fight antigens (foreign substances in the body). To elaborate on and attempt to complete the answer, the lymph nodes are where the adaptive immune response begins and is maintained (contrasted with the innate immune response). Dendritic cells circulate throughout the body and pick up antigens (foreign substances in the body, e.g., those of microorganisms such as bacterial cell wall proteoglycans) associated with infected tissue and upon returning to the lymph nodes present them to T and B lymphocytes that pass through or may even reside at the node. The lymphocytes that now recognize the particular antigen proliferate and return to the main circulation and attack the associated microorganism. The adaptive immune response, as by proliferation of antigen specific lymphocytes, is also maintained at the lymph nodes after the infection is gone in case reinfection by the same microorganism occurs.
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