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Saltatory conduction is made possible by _____. Question 8 options: diphasic impulses the myelin sheath large nerve fibers erratic transmission of nerve impulses Propagation of action potential along myelinated nerve fiber Saltatory conduction (from the Latin saltare, to hop or leap) is the propagation of action potentials along myelinated axons from one node of Ranvier to the next node, increasing the conduction velocity of action potentials. Answer to: Saltatory conduction is made possible by _____. a. erratic transmission of nerve impulses.

Saltatory conduction is made possible by

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The myelin acts as an electrical insulator, allowing ions to Neurons conduct electrical impulses by using the Action Potential.

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c. large nerve 31.Saltatory conduction is made possible by Myelin sheath. Myelin sheath has an insulating layer around the axonal membrane thatallows action potentials to "jump" fro … Saltatory conduction is made possible by _____.

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Saltatory Conduction Is Made Possible By pic. Carspect bilbesiktning Malmö Fosie - hitta-bilbesiktning.se ✓ pic. Propagation of action potential along myelinated nerve fiber.

The nodal area contains sodium channels, the juxta- and paranodal area are mainly characterized by potassium channels (Figure 4.20; Waxmann and Ritchie, 1993).
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Many axons in vertebrate nervous systems are myelinated, that is, coated with insulating layers of membranes deposited by glial cells or Schwann cells.

a schwann cell Myelin is a fatty white substance, made mainly up of cholesterol, acts as an insulation around a wire. The myelin sheath is wrapped around an axon in such a fashion, that there are a few gaps in between, these are called the Nodes of Ranvier. Simply put the impulse jumps from one node to the other node, hence called Saltatory Conduction.
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Myelin sheath has an insulating layer around the axonal membrane thatallows action potentials to "jump" fro view the full answer Thus, saltatory conduction is made possible by sufficient amount of potential generated at any given node of Ranvier in a myelinated nerve cell. This phenomenon is seen exclusively in myelinated nerves, and not in other nerves of the body. Myelination is a pivotal prerequisite for the rapid and saltatory conduction of action potentials, but also for the maintenance of the axonal structure.

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Slatatory conduction occurs via myelinated axons. In contrast, continuous conduction takes place via unmyelinated axons.

A) large nerve fibers B) the myelin sheath C) erratic transmission of nerve impulses D) diphasic impulses Saltatory conduction is defined as an action potential moving in discrete jumps down a myelinated axon. This process is outlined as the charge passively spreading to the next node of Ranvier to depolarize it to threshold which will then trigger an action potential in this region which will then passively spread to the next node and so on.