How Do You Spell EXCITATORY CELLS?

Pronunciation: [ɛksˈɪtətəɹˌi sˈɛlz] (IPA)

Excitatory cells, spelled /ɪkˈsaɪtəˌtɔːri/ in IPA phonetic transcription, are cells in the nervous system that increase the likelihood of a neuron firing an action potential. The term "excitatory" comes from the verb "excite," meaning to stimulate or arouse. The first syllable, "ex," is pronounced like "eks" and the second syllable, "cite," is pronounced like "site." The final syllable, "ory," is pronounced like "uh-ree." Together, these sounds form the word "excitatory," which refers to the function of these cells in the nervous system.

EXCITATORY CELLS Meaning and Definition

1. Excitatory cells, often referred to as excitatory neurons or excitatory nerve cells, are specialized cells within the nervous system that transmit electrical signals from one area to another. These cells are a fundamental component of the central nervous system, which includes the brain and spinal cord, as well as the peripheral nervous system.

   Excitatory cells are responsible for transmitting excitatory signals or impulses that facilitate and promote neuronal activity. They are distinguished by their ability to increase the likelihood of an action potential or nerve impulse occurring in the postsynaptic cell, which is the neuron or target cell receiving the signal.

   The process of excitation involves the release of certain chemicals, known as neurotransmitters, by the presynaptic cell (the neuron sending the signal). These neurotransmitters, such as glutamate or acetylcholine, bind to receptor sites on the postsynaptic cell, allowing for the flow of positively charged ions into the postsynaptic cell. This influx of positive ions leads to depolarization and the generation of an action potential, which can propagate along the neuron.

   Excitatory cells play a crucial role in various essential functions of the nervous system, including sensory perception, motor control, and cognitive processes. They contribute to processes such as memory formation, learning, and sensory integration, thereby enabling complex behaviors and cognitive functions.

   In summary, excitatory cells are a vital component of the nervous system, involved in transmitting excitatory impulses in order to facilitate communication and promote neuronal activity.

Common Misspellings for EXCITATORY CELLS

• wxcitatory cells
• sxcitatory cells
• dxcitatory cells
• rxcitatory cells
• 4xcitatory cells
• 3xcitatory cells
• ezcitatory cells
• eccitatory cells
• edcitatory cells
• escitatory cells
• exxitatory cells
• exvitatory cells
• exfitatory cells
• exditatory cells
• excutatory cells
• excjtatory cells
• excktatory cells
• excotatory cells
• exc9tatory cells
• exc8tatory cells

Etymology of EXCITATORY CELLS

The etymology of the word "excitatory" can be traced back to the Latin word "excitare", which means "to awaken, arouse, stimulate". In the context of biology and neuroscience, "excitatory" refers to cells that transmit signals and stimulate the activity of other cells in the nervous system or other physiological systems.

The term "excitatory cells" itself is a combination of the adjective "excitatory" and the noun "cells". In this context, "cells" refers to the fundamental building blocks of living organisms, specifically those involved in the nervous system.

Therefore, when referring to "excitatory cells", it typically means those cells in the nervous system that have the ability to excite or activate other cells, resulting in the transmission of nerve impulses along neural pathways. Such cells are essential for the proper functioning of various physiological processes and the communication within the nervous system.