Final answer:
Neurons are specialized cells for transmitting signals in the nervous system, featuring dendrites and axons, while glial cells support and protect neurons, outnumbering them and performing diverse cellular functions including the formation of the myelin sheath.
Step-by-step explanation:
Differences Between Neurons and Glial Cells
The nervous system comprises two primary types of cells: neurons and glial cells (glia). Neurons are the principle units of communication in the nervous system, transmitting electrical and chemical signals throughout the body. Key attributes of neurons include their ability to send and receive signals, possession of dendrites and axons for signal transduction, and their role in transmitting signals across the peripheral and central nervous systems.
Conversely, glial cells provide crucial support functions for neurons. They outnumber neurons and offer insights into cellular functions that are more diverse, acting occasionally as stem cells to produce new glial cells and even neurons. Glia plays a role in protecting and supporting nerve cells, as well as in the formation of the myelin sheath—a structure essential for efficient signal transmission.