Haemoglobin .
The heme group of the oxygen binding hemoglobin gives blood it's red color.
Erythrocyte is the medical term meaning mature red blood cell. In medical terminology Erythro = red, cytes= cells.Associated term:White blood cells are called Leukocytes, Leuko = white, cytes = cells.
Erythropoietin, which is a hormone released by the kidneys, causes the creation of red blood cells in the bone marrow. These red blood cells are created from haemopoietic stem cells.
It has a substance in it called haegion which contains iron!!!
Hemoglobin's ironRed blood cells contain hemoglobin, a substance which is rich in iron. The iron is bound to the hemoglobin molecules (the protein). The iron atom that is complexed by "haem" units is what gives the color. Iron is a transition element.
Hemoglobin's ironRed blood cells contain hemoglobin, a substance which is rich in iron. The iron is bound to the hemoglobin molecules (the protein). The iron atom that is complexed by "haem" units is what gives the color. Iron is a transition element.
Melanin is not the agent reponsible for coloring red blood cells. Melanin gives color to skin, parts of the eye, hair, the inner ear, the brain, and adrenal glands, though. The substance that makes the blood cells red is iron. It's actually a very pure form of 'rust'. Hemoglobin is also associated with red blood cell color.
Oxygen is transported in blood by binding to the Hemoglobins. Then Hemoglobin will carry O2 through out our body. When blood reach to the organ, or cells, DIFFUSION process will be activated, O2 from High concentration (blood stream) diffuses to the Low concentration (cells).
The one word answer is 'No' All those animals which have Iron as an oxygen binding compound in blood have red colored blood. Any other metal (Zn etc) give rise to other coloured bloods.
Depends on the cell. Red blood cells are redThere are two types of cells. Red Blood Cells and White Blood Cells.
The protein "Hemoglobin" is responsible for the red color. Each hemoglobin molecule can bind up to 4 oxygen atoms. When fully loaded with oxygen atoms the protein takes on a more bright red color. When deprived of oxygen the protein takes on a darker red/blue color.
the red blood cells