It has a bioconcave shape, so that makes it closer to the walls of the capillaries, and, it's an empty cell, which allows for more room haemogloblin. Lastly, it's liquid medium allows it to be pushed around the body
Blood cells are called erythrocytes (red blood cells), leukocytes (white blood cells), and thrombocytes (platelets). Nerve cells are called neurons.
Humans have various types of cells in their body, including red blood cells, white blood cells, nerve cells, and muscle cells. Each type of cell serves a specific function in maintaining normal body functions.
No - they have very different shapes in order to perform their specific functions. Nerve cells are long with branched 'dendrites' at the end. There are many different blood cells, one of which - red blood cells - are almost circular with an indent in the middle.
"Specialized" means they have a very particular function in the body. For example, nerve cells only conduct nervous impulses, rod and cone cells only function in vision, gametes only function to pass on genetic information etc.
blood cells, white blood cells, sperm cells, brain cells.
The cell has a specific function. Nerve cells, blood cells, and root cells are all types of specialized cells.
Blood cells are called erythrocytes (red blood cells), leukocytes (white blood cells), and thrombocytes (platelets). Nerve cells are called neurons.
a
Humans have various types of cells in their body, including red blood cells, white blood cells, nerve cells, and muscle cells. Each type of cell serves a specific function in maintaining normal body functions.
red and white blood cells
There is a saying that fits your question: "Form follows function". These cells are the way that they are because the shapes fit the way they work. Why are hammers different than screw drivers?
chess in the main function
No - they have very different shapes in order to perform their specific functions. Nerve cells are long with branched 'dendrites' at the end. There are many different blood cells, one of which - red blood cells - are almost circular with an indent in the middle.
Nerve cells receive blood and oxygen through a network of small blood vessels called capillaries. These capillaries are located close to nerve cells in order to deliver nutrients and oxygen for their metabolic needs. The brain, for example, has a dense network of capillaries to ensure a constant supply of blood and oxygen to nerve cells.
No
same genetic information
they transfer nerve impulse to the brain which allows brain to function