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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.
What is the shape of the chief cells of skeletal muscles?
The shape of the chief cells of the skeletal muscles is that they are tube-shaped.
What is the shape of the chief cells of the bone?
The shape of the chief cells of a bone are in various shapes.
What is the shape of the chief cells of the smooth muscles?
The shape of the chief cells of the smooth muscles is cigar shaped.
What is the shape of the chief cells of cuboidal epithilium?
The shape of the chief cells of cuboidal epithilium is domed-shaped.
What is the shape of the chief cells of the skeletal muscles?
The shape of the chief cells of the skeletal muscles is that they are tube-shaped.
Difference between frog from human red blood cell?
Frogs have nucleated red blood cells, whereas humans have anucleated red blood cells. This means that frog red blood cells contain a nucleus, while human red blood cells do not. Additionally, frog red blood cells are elliptical in shape, while human red blood cells are biconcave disks.
What makes human red blood cells different from the other human cells?
they are concave in shape and have the ability to carry oxygen to all main body organs
Is blood have a cell wall?
Blood cells do not have cell walls. They are unique among human cells in lacking this structure. Blood contains red blood cells, white blood cells, and platelets, which all play different roles in the body, but none of them have cell walls.
Which cells in your body can change their shape?
Cells in your body that can change their shape include red blood cells, white blood cells (such as neutrophils and macrophages), and muscle cells (such as muscle fibers). These cells have the ability to alter their shape to carry out their specific functions.
What will happen to human red blood cells if they are placed in the ringer solution?
If human red blood cells are placed in a Ringer solution, which is an isotonic solution, they will maintain their normal shape and structure. The osmotic balance between the solution and the cells will prevent any swelling or shrinking of the red blood cells.
Why are red blood cells different in shape-slightly-in the alveolus of a human lung?
The bonding of oxygen to hemoglobin within it causes it to change shape slightly.
