They are related to red blood cells.erithropoeitin triggers the RBC production.
Biconcave disc hemoglobin refers to the shape and function of red blood cells (RBCs), which optimize gas exchange by increasing surface area. Erythropoietin (EPO) is a hormone produced primarily by the kidneys that stimulates the production of red blood cells in the bone marrow, thereby regulating hemoglobin levels and oxygen transport in the body. Together, they play crucial roles in maintaining adequate oxygen delivery to tissues.
biconcave (A.N)
a biconcave disc
a biconcave disc
a biconcave disc
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.
A red blood cell is disc-shaped with a thin center and thicker edges, resembling a biconcave disc. This shape allows for flexibility and more surface area for oxygen exchange.
A blood cell with no nucleus and shaped like a biconcave disc is called a red blood cell, or erythrocyte. This unique shape allows for increased surface area and flexibility, making it easier for the cell to transport oxygen and carbon dioxide throughout the body.
An erythrocyte, or red blood cell, is a small, biconcave disc-shaped cell without a nucleus. It is filled with hemoglobin, which enables it to transport oxygen and carbon dioxide throughout the body. Erythrocytes are flexible and able to deform to squeeze through small blood vessels.
Blood cells are typically disc-shaped with a concave center, resembling a biconcave disc. Red blood cells have this shape to increase their surface area for oxygen and carbon dioxide exchange. White blood cells are larger and varied in shape, allowing them to engulf foreign particles and pathogens.
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Red blood cells (RBCs) have a distinctive biconcave disc shape. This shape increases their surface area for efficient gas exchange and allows them to deform as they pass through narrow capillaries. The lack of a nucleus and organelles in mature RBCs also contributes to their flexible structure. Overall, the biconcave shape is crucial for their primary function of transporting oxygen and carbon dioxide in the bloodstream.