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Relationships between neuronal structure and function.

J P Miller, G A Jacobs

The Journal of Experimental Biology

|September 1, 1984

Summary

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Neuronal structure, from overall branching to dendritic spines, significantly impacts how neurons process signals. Dendrite growth can surprisingly enhance synaptic efficacy, influencing neuronal integration.

Area of Science:

Neuroscience
Computational Neuroscience
Electrophysiology

Background:

Neuronal integration of synaptic inputs depends on electrical properties and geometry.
Dendritic geometry's role in neuronal integration has been a focus of research for decades.

Purpose of the Study:

To review general principles of neuronal integration based on dendritic geometry.
To summarize recent studies illustrating these principles at different structural levels.

Main Methods:

Analysis of neuronal structure at macroscopic, microscopic, and ultrastructural levels.
Examination of dendritic branching in cricket cercal afferent interneurones.
Investigation of synaptic efficacy dependence on dendritic length and spine properties.

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Main Results:

Dendritic branching patterns determine directional sensitivity in receptive fields.
Dendrite extension beyond synaptic contacts can increase synaptic efficacy.
Dendritic spine properties significantly affect synaptic integration.

Conclusions:

Neuronal geometry is a critical determinant of signal processing and integration.
Structural plasticity, like dendrite growth, can modulate synaptic function.
Understanding ultrastructure is key to comprehending synaptic integration.