Linked from

The 94 pages that link to Action potential, each with the reason it gives.

• Saltatory conductionNarrower topic: Saltatory conduction is a specialized way of propagating action potentials along axons.

• MagnetoencephalographyBroader topic: Action potentials contribute to brain activity, though MEG primarily detects synchronized postsynaptic currents.

• Electric eelRelated: Synchronized action potentials trigger electrocytes to discharge together.

• Nerve conductionBroader topic: It is the electrical impulse that travels along many neurons.

• Pain thresholdRelated: Nociceptor activity is transmitted toward the spinal cord through action potentials.

• BrainRelated: Neurons use action potentials to carry signals across brain circuits.

• Electric organRelated: Action potentials synchronize electrocytes to produce a discharge.

• Venus flytrapRelated: Electrical impulses relay trigger-hair stimulation across the trap.

• Andrew HuxleyNarrower topic: The model explains the electrical event Huxley investigated.

• BiophysicsBroader topic: It is a measurable electrical event produced by ion movement across membranes.

• Catheter ablationRelated: Cardiac action potentials generate the electrical signals recorded and altered during ablation.

• Electric organ dischargeRelated: Action potentials activate electrocytes and shape the timing of an electric organ discharge.

• Hebbian theoryRelated: Neuronal firing supplies the activity whose correlation can alter synaptic strength.

• Luigi GalvaniRelated: Modern physiology explains nerve and muscle responses through electrical changes within cells.

• ArrhythmiaBroader topic: The cardiac action potential is the electrical event altered in many arrhythmias.

• Electric fishNarrower topic: Nerve signals trigger electric-organ activity and carry sensory information.

• Electric rayRelated: Nerve signals coordinate electrocytes so their voltages add together.

• Nervous tissueRelated: Action potentials propagate signals along neuronal axons.

• NeuromodulationCompared with: Action potentials carry fast signals; neuromodulation changes how circuits generate or interpret them.

• Alan HodgkinBroader topic: Hodgkin’s research explained the ionic events that generate this nerve signal.

• BenzocaineRelated: Blocking sodium channels prevents the nerve impulses that would otherwise carry sensation.

• Emil du Bois-ReymondRelated: Later electrophysiology refined the electrical events that his experiments first made experimentally accessible.

• BatrachotoxinRelated: Persistent sodium entry disrupts the normal shape and propagation of these electrical signals.

• Depolarization (neuroscience)Broader topic: It is the all-or-none electrical event that follows sufficient neuronal depolarization.

• Jagadish Chandra BoseCompared with: Plant electrical signaling resembles animal action potentials in some respects but arises in different tissue.

• Passive transportRelated: Passive ion flow through voltage-gated channels produces the rising and falling phases.

• SarcolemmaRelated: An action potential travels along the sarcolemma to initiate excitation of the muscle fiber.

• DroseraceaeRelated: Electrical signals help trigger the Venus flytrap’s rapid closure after repeated stimulation.

• Edgar AdrianBroader topic: Adrian measured these impulses in sensory nerves and showed their all-or-none character.

• Nerve netRelated: Electrical impulses let signals travel through connected neurons in the net.

• Communication (biology)Broader topic: Electrical impulses carry fast signals through neurons and other excitable cells.

• Human brainRelated: Neurons use action potentials to transmit signals over distance.

• Jens Christian SkouRelated: Pump activity restores ion distributions after repeated electrical signaling.

• Joseph ErlangerNarrower topic: Erlanger’s recordings measured the action potentials traveling along nerve fibers.

• Neural pathwayRelated: Action potentials carry electrical signals along the neurons that make up a pathway.

• Brain (anatomy)Related: Action potentials carry signals along the brain’s neural pathways.

• Erwin NeherRelated: Channel currents measured by Neher help explain the electrical signals neurons and muscles produce.

• Herbert Spencer GasserNarrower topic: Gasser and Erlanger studied the action potentials traveling through nerve fibers.

• Human visionRelated: The currency in which all visual information is carried to the brain.

• Membrane potentialRelated: Changes in ion permeability drive the voltage waveform in nerves and muscles.

• Musculoskeletal and Neural Physiological PhenomenaRelated: Neurons use action potentials to carry signals toward muscles and other targets.

• NeurophysicsRelated: Its propagation is a central phenomenon for physical accounts of neural communication.

• Physiological phenomenaBroader topic: Nerve and muscle signaling depends on propagated electrical changes.

• Refractory period (neurophysiology)Narrower topic: The refractory interval begins as the action potential passes and its ion channels recover.