No, you're thinking of Neuroglia
Nerve cells are able to pass messages back and forth. There are three types of nerve cells in humans, motor neurons, interneurons and sensory neurons.
Glia retain the ability to undergo cell division in adulthood, whereas most neurons cannot.
Heart (Myocyte - except after MI) and brain cells (Neurons)
because it is :) hope that was helpful ;)
it employs sensory and motor neurons
Neuroglia
neurons (nerve cells)
divide
Well, the human body contains a lot of neurons. Neurons also send signal to other neurons. so i don't think that neurons divide, but what i do know is that our neurons in the brain starts to develop during Embryonic development. i hope this help you with your question.
neurons (nerve cells) divide by mitosis just like most other cells but in humans neurons in the central nervous system (brain and spinal cord) stop dividing after fetal development. neurons (nerve cells) divide by mitosis just like most other cells but in humans neurons in the central nervous system (brain and spinal cord) stop dividing after fetal development.
yes longevity is a trait of neurons along with a high mebatolic rate and the lack of ability to divide (amitotic)
yes longevity is a trait of neurons along with a high mebatolic rate and the lack of ability to divide (amitotic)
The cells that are able to pass messages back and fourth are called neurons. These neurons are found in the brain.
Skeletal muscle, cardiac muscle and mature neurons.
There are many cells that loose their capability to divide after certain period of time ( a phenomenon known as replicative senescence in molecular biology). These cells are differentiated and are accustomed to the functions to which they are destined. Most of the cells in the animals are not able to divide, the best examples being neurons and cardiac cells.
Neurons aren't able to communicate with each other.
I believe the answer you are looking for is neurons. These cells do not undergo mitosis to my knowledge.