What are red thick bodies?
Blood and blood vessels are a transport system inside the bodies of all mammals. Blood consists of a number of different types of cells suspended in plasma. Plasma is mostly formed by water containing melted substances such as glucose, lipids and amino acids. The types of cells found in the blood are red pasta or red blood cells, white blood cells and plates.
White blood cells are also called leukocytes . There are two main groups of leukocytes - phagocytes and lymphocytes - which are involved in the fight against disease and infection. Plates are not in fact cells, but fragments of cells involved in blood clotting. Their main function is to carry oxygen all over the body. RBC travels through the respiratory system to collect oxygen, and then move blood vessels into other tissues in the body. The Corpuscles red blood structure is modified for this function.
erythrocytes have a clear shape that allows a large number of them in the blood. They do not contain the nucleus and the center of the cell is sunk, giving them the appearance of the bikonCave discs. If the microscope is viewed on the blood coating, there are many red hair that can be easily selected because they look similar to donuts.
The interior of the cells is filled with hemoglobin. It is a complex protein molecule, which has four heme groups that contain iron. Hemoglobin is red, giving the red body their color. Hemoglobin is also a protein that is responsible for the transfer of oxygen in the blood. The fact that there is no nucleus allows for many more hemoglobin molecules in the cell.
When the red hair passes through the lungs, there is a high concentration of oxygen molecules compared to the cells. Oxygen molecules are diffused with hair membrane and combined with hemoglobin to form oxyhemoglobin. Each of the four heme groups can be combined with an oxygen molecule, so each hemoglobin can carry four oxygen molecules. When a red body walk throughIt eats tissues, lower oxygen concentrations cause to break oxygen and hemoglobin. Oxygen molecules are easily separated from the groups of hemes and dispersed from red blood cells. The molecules are then scattered into the cells of other tissues that need it.
There may be up to 250 million hemoglobin molecules in red bodies. This means that up to 100 million oxygen molecules can be transmitted by one cell. The shape of the biconcave red hair gives it a larger surface area, which means that the rate of oxygen absorption is much higher. All these factors make this a highly effective way of transporting oxygen throughout the body.