Linked from

The 14 pages that link to Electrophysiology, each with the reason it gives.

• Ampullae of LorenziniNarrower topic: Electrical recording methods established that the ampullae respond to external fields.

• OptogeneticsCompared with: It measures electrical activity directly, while optogenetics can perturb it with light.

• Resting membrane potentialRelated: Recording resting voltage is a basic way to characterize a cell’s electrical state.

• Computational neuroscienceRelated: Its recordings provide the neural signals that computational models seek to explain.

• Luigi GalvaniNarrower topic: Galvani’s work helped make electrical measurement central to physiology.

• MyoclonusRelated: EMG and EEG recordings help identify where myoclonic jerks originate.

• NeuroethologyRelated: Recording neural signals can reveal how sensory input and behavior relate to circuit activity.

• Behavioral neuroscienceRelated: Recording neural activity links changes in firing to behavioral events.

• Emil du Bois-ReymondNarrower topic: His experiments helped make this field a distinct experimental science.

• BatrachotoxinNarrower topic: Researchers use batrachotoxin to investigate sodium-channel behavior and membrane excitability.

• Willem EinthovenNarrower topic: His investigations helped make electrical measurement central to the study of heart function.

• Erwin NeherNarrower topic: Neher’s channel measurements became a landmark method within this broader discipline.

• Refractory period (neurophysiology)Narrower topic: Measurements of spike timing and recovery reveal refractory behavior in neurons.

• Thomas C. SüdhofRelated: Electrical recordings measure synaptic responses produced by the release machinery Südhof studied.