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Curved in the inner surface on both sides.

For example : a red blood cell, crescent moon.

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14y ago

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Related Questions

What is the shape name of red blood cells?

biconcave (A.N)


What is the shape of a pig?

biconcave


Why RBC is biconcave shaped?

Pretty sure it's to increase the surface area


Are blood cells biconcave shaper?

white blood cells have irregular shape ,they can take any shape and easily removed


What are the advantages of biconcave shape of rbc?

It will be able to store more haemoglobin.


What is the shape of the chief cells of human red blood cells?

The shape of the human red blood cells is that it is biconcave in shape.


What shape best describes a red blood cell?

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.


What appear as biconcave disks with edges?

Red blood cells have a circular biconcave shape to increase surface area to volume ratio for faster absorption of oxygen in the bloodstream.


What is the shape of the chief cells of frogs red blood cells?

The shape of the chief cells of the frogs red blood cells is that they are biconcave in shape.


How do red blood cells get the biconcave shape?

They have no nucleus, so they sink in in the area where the nucleus should be. Oxygen binds to the surface of the cell, so the increased amount of surface area due to the biconcave shape gives it more space to carry oxygen.


What are the cell structures of a red blood cell?

It is biconcave in shape , mature red blood cell do not have nucleus,


What is an anucleated biconcave disc?

An anucleated biconcave disc refers to a structure lacking a nucleus and having a biconcave shape, which is characteristic of red blood cells (erythrocytes) in mammals. This unique shape increases the surface area-to-volume ratio, enhancing the cell's ability to transport oxygen and carbon dioxide efficiently. The absence of a nucleus allows for more space to accommodate hemoglobin, the protein responsible for oxygen binding.