How does saltatory conduction work? Most axons in the human nervous system are myelinated, meaning they are enclosed in a myelin sheath, a fatty deposit created and maintained by Schwann …

Saltatory conduction refers to the passage of an action potential along a myelinated neurone. Myelin is a lipid that forms a fatty sheath around the neurone axon and it is an electrical insulator.

Saltatory conduction is much more efficient than continuous conduction. Answer and Explanation: 1 Saltatory conduction is made possible by A) the myelin sheath. The myelin sheath is a lipid …

This is called 'saltatory condution' and means that the impulse travels along the axon a lot faster on a myelinated neurone than a non-myelinated one as the imuplse doesn't have to travel along the whole …

Saltatory conduction is the term used to describe the propagation (a widely and quickly spreading phenomenon) of an action potential down the axon of a myelinated neuron, from one node of ranvier …

Saltatory conduction is made possible by _. a) large nerve fibers b) erratic transmission of nerve impulses c) diphasic impulses d) the myelin sheath

Answer to: Saltatory conduction: a. is when an action potential appears to jump from one node to the next as it transverses an unmyelinated fiber....

In myelinated neurones the local currents are therefore elongated and sodium ions diffuse along the neurone from one node of Ranvier to the next.· This means that the action potential appears to jump …

Saltatory Conduction: Saltatory conduction refers to the way nerve impulses propagate, in other words, it refers to the way an action potential propagates in the nervous system. The word saltatory comes …

What are the advantages of saltatory conduction? · The myelin sheath means that action potentials can occur only at the gaps between the Schwann cells that make up the myelin sheath.· Effectively the …