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Classification of Neurons: Types, Function, Size, Shape, Effect, and Neurotransmitters - P, Study notes of Psychology

An overview of the classification of neurons based on their number of processes, function, size and length of axon, shape, effect on target, and identity of neurotransmitter. Neurons are classified as unipolar, bipolar, or multipolar based on the number of processes. Functionally, they are categorized as sensory, motor, or interneurons. The size and length of axons determine whether a neuron is a projection neuron or local neuron. The shape of a neuron's soma can be pyramid-shaped, star-shaped, grain-like, or many other exotic types. Neurons can also be excitatory or inhibitory based on their effect on target neurons. Lastly, neurotransmitters such as acetylcholine, serotonin, and others play a crucial role in neuronal communication.

Typology: Study notes

Pre 2010

Uploaded on 09/17/2009

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Download Classification of Neurons: Types, Function, Size, Shape, Effect, and Neurotransmitters - P and more Study notes Psychology in PDF only on Docsity! Classification of Neurons 1. Number of processes, or neurites unipolar neuron (one process, usually an axon) bipolar neuron (two processes, usually two dendrites or one axon, one dendrite) multipolar neuron (many processes, usually only one axon) 2. Function sensory neuron--input from sensory structure motoneuron--output to muscles or glands interneuron--inputs from other neurons, outputs to other neurons 3. Size and length of axon projection neuron (Golgi type I)--large neurons with long axons local neuron (Golgi type II)--small neurons with short axons 4. Shape e.g. pyramidal = pyramid-shaped soma stellate = star-shaped soma granule = grain-like; small and round many more exotic types; e.g. chandelier cells have a dendritic trees that resemble chandeliers 5. Effect on target excitatory neuron inhibitory neuron 6. Identity of neurotransmitter (__-ergic) e.g. cholinergic use acetylcholine, serotonergic use serotonin, etc.
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