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Saltatory conduction of nerve impulse

Saltatory conduction of nerve impulse


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Saltatory conduction of nerve impulse

Saltatory conduction of nerve impulse, computer artwork. Nerve impulses move along myelinated nerves by saltatory conduction. The myelin (orange, striped) does not cover the entire axon. It contains breaks known as nodes of Ranvier. Action potentials (nerve impulses, orange) moving down the axon jump from node to node (saltatory conduction) and so travel faster than in non-myelinated nerves where the signal propagates down the entire length of the nerve

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6326555

© FRANCIS LEROY, BIOCOSMOS/SCIENCE PHOTO LIBRARY

Axon Label Labeled Labelled Labels Myelin Myelinated Nerve Nerve Fibre Neuroscience Node Of Ranvier Propagation Saltatory Conduction Signal Text Transmission Action Potential Neurological Neurology


EDITORS COMMENTS
This print showcases the intricate process of saltatory conduction, a phenomenon that allows nerve impulses to travel swiftly along myelinated nerves. The computer artwork beautifully depicts this biological marvel, with vibrant orange action potentials representing the nerve impulses moving down the axon. The key element in this process is the myelin sheath, depicted as orange and striped in the image. However, it is important to note that the myelin does not cover the entire length of the axon but rather contains breaks known as nodes of Ranvier. These nodes play a crucial role in facilitating saltatory conduction. In non-myelinated nerves, signals propagate down the entire length of the nerve at a slower pace. In contrast, within myelinated nerves like those shown here, action potentials jump from node to node (saltatory conduction), allowing them to travel much faster. This visually stunning illustration highlights how saltatory conduction enables efficient transmission of nerve impulses through labeled text and detailed artistry against a black background. It serves as a reminder of both biology's complexity and its inherent beauty. Captured by Science Photo Library, this print offers an intriguing glimpse into neurology and neuroscience while showcasing their artistic potential.

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