because it is a good and fun waist of time
yes. Blood separates into, from top to bottom, plasma, white blood cells/ platelets, and red blood cells.
Spinning it in a centrifuge will separate the blood cells from the plasma.
He did this for the Blood For Britain Project.
A centrifuge is used to separate suspensions. The most common use in microbiology is to separate out blood components such as red cells, white, cells, and plasma.
Most of the time when you get your blood drawn you will notice they do so by filling up a small vial or sometimes a couple. This vial is put into a centrifuge (a machine that spins the vials very fast) to separate three main components in ones blood. Platelets, red/white blood cells, and plasma separate in the centrifuge and all can be extracted purely. A crude example of a centrifuge would be your washing machine on the spin cycle pulling the water out of your clothes. Imagine this on a smaller scale with a vial of blood. The force causes the plasma to separate.
Blood can be separated into its components using centrifugation, which uses spinning to separate the blood into layers based on density. This process allows for the separation of blood into its components such as plasma, red blood cells, white blood cells, and platelets.
Because the blood cells continue their metabolism for a time and this can change the levels of certain chemicals in the serum.
White blood cells are the only formed element of blood that have nuclei. The formed elements of blood are red blood cells (erythrocytes), white blood cells (leukocytes), and platelets (thrombocytes). Red blood cells lose their nuclei during the maturation process. Platelets are cell fragments that do not have nuclei.white blood cells
Hemolysis is the breakdown of red blood cells. = hemo (blood/hemacyte) + lysis (to separate/breaking down of/destruction)
Separate cells from plasma, lyse cells, precipitate protein, dialyze protein sample.
White blood cells have a distinct forward and side scatter pattern. You can see this by doing flow cytometry on a blood sample. The white blood cells can then be separated by using a FACSorter.
The plasma membrane of cells separates the interstitial fluid (between cells) from the blood plasma. In addition, the blood vessels' walls, composed of endothelial cells, create a physical barrier between the blood and the surrounding interstitial fluid.