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They are related to red blood cells.erithropoeitin triggers the RBC production.
biconcave (A.N)
a biconcave disc
a biconcave disc
a biconcave disc
The structure of red blood cells is specialized for the transport of oxygen throughout the body. The biconcave disc shape of the cell increases the surface area of the cellular membrane to maximize oxygen absorption. Red blood cells lack nuclei and many other common cellular organelles in order to maximize space for the protein hemoglobin within the cells. Hemoglobin readily bonds oxygen molecules and gives red blood cells their characteristic red color.
Red Blood Cells, they also lack a nucleus and the biconcave shape increases surface area. They also contain roughly about 280 million hemoglobin molecules that bind 4 molecules of O2 each.
yes. a bconcave disc withpout a nucleas is called as erythrocytes. there biconcave nature helps them to carry more haemoglobin and hence the can transport more gases.
Spherical bi-concave disc. This shape is due to the absence of a nucleus.a red blood cell is like a disc with a dent in the middle.it is known to be a cell without a nucleus.however,young red blood cells do have a nucleus,just as the grow older,they loose it.blood contains hemoglobin which contains iron which gives blood its metalish smell.however in rare cases,the red blood cell is shaped like a sickle due to chromosomes,resulting in what we call sickle cell anemiaBiconcave Disc Shapeit is kinda shaped like a doughnut but the center isn't totally goneThe shape of RBC (Red Blood Cells) are Biconcave disc-shaped cellsYou can see pictures by following the related links below.Read more: What_is_the_shape_of_a_red_blood_cell
A red blood cell that (in humans) is typically a biconcave disc without a nucleus. Erythrocytes contain the pigment hemoglobin, which imparts the red color to blood, and transport oxygen and carbon dioxide to and from the tissues.
Red blood cell
Sickle cell disease is a mutation in the gene that codes for hemoglobin, which causes the hemoglobin and the cell to become elongated and look like a sickle rather than its normal disc shape.