nerve cells transfer data and feelings such as pain to the bain to be processed. other cells are practicly independent and use their own nucilus to do the processing, however much there may be.
Everything! They are shaped different. Nerve cells can have axons and dendrites, which are like tentacles that are located near one another communicating with each other via synapses with the use of neurotransmitters. Muscle cells are spindle shaped, striated and with many nuclei.
they have oobisomanil membranes in with combination of nucleiesesdreble produce different zygotes that will cause severe anul pain and slight testosterone loss which causes testical irritation and dilation.
The answer to this question lies in a process called gene regulation, in which genes are expressed differentially. Certain genes are expressed and certain genes are silenced. Although both the muscle cell and the nerve cell have the same set of genes (when referring to a particular organism), the array of genes that are switched on and the ones that are switched off ultimately dictate what the cell looks like and what functions it can perform.
A different set of genes are active in muscle cells which allow it to perform particular functions. A different set of genes are active in nerve cells which allow the nerve cell to perform a different set of specialized functions.
they dont recover
They express different genes
Sexual Reproduction
Nerve Cells are capable of transmitting [relaying] bio-information.
Not in language. Cells communicate with other cells on a rudimentary basis by releasing various chemicals that reflect their condition and functioning. Nerve cells can directly signal other nerve cells, and the sensory or muscle cells they are linked to.
Neurons or nerve cells are highly specialized and have the ability to transmit messages at a rapid rate. Neurons are the basic working units of the brain and they convey messages to other nerve cells, muscle cells or gland cells.
There are at least 6-7 different types of cells (myocytes, smooth muscle, pericytes, endothelial cells, fibroblasts, nerve cells, stem cells) in your heart, excluding transient cells that infiltrate from the blood (i.e. macrophages and other immune cells).
Main cells: Plant cells, animal cells. Other cells Muscle cells, Nerve cell and many more!!
Cells
They exist all over your body, they are like needs in the body by becoming specialized; or forming into other kinds of cells like bone, muscle, and blood cells. Also nerve cells.
It helps the cell connect with other nerve cells It helps the cell connect with other nerve cells
The eye cells transmit nerve impulses to the brain, which translates the signal and transmits nerve impulses to the muscles. Information from sensory organs, including the eyes, ears, tongue, and skin, are transmitted by nerve impulses directly to the brain. The brain acting as the control center of the body interprets the nerve impulses. It then sends out different nerve impulses to other cells of the body if a response to the sensory signals is needed.
They exist all over your body, they are like needs in the body by becoming specialized; or forming into other kinds of cells like bone, muscle, and blood cells. Also nerve cells.
dendrites
the primary function is to send nerve signals to the various parts of the body