the answer is the join of all sources coming together is called blood holes and then comes the smaller cells in your blood stream is called ''piegopheres''
No. They are part of what we call blood.
Red blood cells
RBC's can be bright red when they are exposed to Oxygen.
The process is called cellular respiration. Oxygen moves out of the cells during the final step of cellular respiration, where it is used to produce energy (ATP) through a series of chemical reactions.
Once HIV enters the body's blood stream it immediatly starts attacking the body's CD4 cells or your helper t-cells. An average HIV Negative person has roughly around 1200 tcells per every milimeter of blood. How HIV works is that once it's in the blood stream, the HIV virus is a hundred times smaller than one tcell, and the HIV virus attaches itself to the CD4 cell and it sinks into the tcell and uses the cells RNA to copy the HIV virus up to a billion times in 24 hours. But once the HIV uses the tcells RNA the tcell then become paralyzed and dies, and after HIV and destroyed so many tcells that the numbers drop below 200 tcells per milimeter of blood, the body can not naturely fight off infection, and this stage is what you call full blown AIDS.
killer cells
metastases
The flow of blood and tissue cells from the uterus is called menstruation. During menstruation, the lining of the uterus sheds and is expelled through the vagina. This process is accompanied by the flow of blood, which is a mix of tissue cells, uterine lining, and blood from the ruptured blood vessels in the uterus.
The red liquid that flows out of the body is called blood. Blood is a vital fluid that circulates through the cardiovascular system, carrying oxygen and nutrients to cells and removing waste products. It is composed of red blood cells, white blood cells, platelets, and plasma. When blood exits the body, it can be referred to as a blood spill or a hemorrhage, depending on the context.
Some white cells call macrophages will eat germs. Some others will tag germs with a marker that tells the other cells that they need to get rid of them.
A centrifuge is used to separate donated whole blood into components. An Apheresis machine is used to collect blood components directly from a donor, specifically red cells, platelets, granulocytes, peripheral hematopoietic stem cells and/or plasma.
Blood fractionation is the process of separating it into its component parts. This is typically done by centrifuging.The resulting components are a clear solution of blood plasma on top, the buffy coat (a thin layer of leukocytes mixed with platelets) and erythrocytes or red blood cells at the bottom of the tube.