action potential frequency

USAGE SUMMARY

The phrase "action potential frequency" is correct and usable in written English.
It can be used in contexts related to neuroscience, physiology, or any discussion involving the electrical activity of neurons. Example: "The action potential frequency of the neuron increased significantly in response to the stimulus."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

37 human-written examples

In atrial cells, Kir6.2/SUR1 channels may potentially contribute to the control of action potential frequency and heart rate.

Diabetologia

This regional hyperpolarization and reduction in spontaneous action potential frequency was abolished in mdx mice.

Neurobiology of Learning and Memory

Chemoreception required the presence of type-I (glomus) cells, and that these cells released numerous transmitters in response to hypoxia and other stimuli that presumably initiated increased action potential frequency in afferent chemosensory nerves.

Cell and Molecular Response to Stress

Detailed kinetic characterizations of human heterotypic Cx43/Cx45 GJs revealed a rapid asymmetric Vj-gating and a much slower recovery, which could reduce the GJ conductance in a junctional delay, action potential frequency, and direction dependent manner.

Journal of Molecular and Cellular Cardiology

On an expanded time scale (Fig. 6C D) details of action potential frequency can be monitored.

Plosone

In two out of five recorded cells, this increase in sEPSCs was accompanied by increased action potential frequency (Fig. 5B).

Plosone

Human-verified similar examples from authoritative sources

Similar Expressions

23 human-written examples

The cumulative distribution of the action potential frequencies of both neurons were shifted to the right by the peptide, though to different extents (Fig. 2B).

Plosone

Ghrelin induced significant rightward shifts of the distribution of the action potential frequencies (p<0.05, 0.25 4.75 Hz range for ghrelin + BIIE 0246, and 0.25 8 Hz for ghrelin, Fig. 6D), in the absence or presence of BIIE 0246 (p>0.05, ghrelin alone vs ghrelin + BIIE 0246).

Plosone

This may be attributed to differences in which action potential frequencies code for stimulus strength in tactile and fast nociceptive afferents.

Behavior Research Methods

Further experiments performed in subtype-specific null mice have demonstrated that SK2 channels are responsible for the precision of action potential timing, while SK3 channels contribute to action potential frequencies.

Cell Death and Disease

However, efficient targeting of ON-bipolar cells with AAVs expressing sufficient levels of ChR2 to allow ganglion cells to fire at high action potential frequencies (∼100 Hz) has not been achieved.

EMBO Molecular Medicine

Expert writing Tips

Best practice

When discussing the effect of a drug or stimulus on neuronal activity, clearly specify whether the "action potential frequency" is increasing, decreasing, or remaining unchanged.

Common error

Avoid assuming that a change in firing rate (action potential frequency) necessarily implies a change in the amplitude of individual action potentials. These are distinct properties and should be discussed separately.

Linguistic Context

The phrase "action potential frequency" functions as a noun phrase, specifically identifying a measurable property of neuronal activity. Ludwig AI confirms its accurate usage in scientific contexts.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The phrase "action potential frequency" is a common and grammatically correct term used primarily within scientific and academic contexts to describe the rate at which neurons fire electrical signals. Ludwig AI confirms this. Related phrases like "neuronal firing rate" can be used interchangeably. When using the term, it's important to differentiate between changes in firing rate and amplitude. Accurate measurement of the rate can be done with electrophysiological techniques.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

neuronal firing rate

This alternative focuses on the rate at which neurons fire, a direct synonym.

spike frequency

This term is a more concise way to describe the frequency of action potentials, often used interchangeably.

firing rate of action potentials

It explicitly states that the rate refers to action potentials, adding a slight emphasis.

action potential firing rate

This reorders the words slightly while retaining the meaning.

frequency of action potential discharge

Uses "discharge" instead of "frequency", implying the release of electrical energy.

neuronal discharge rate

Broader than the query as it doesn't specifically mention the "action potential".

nerve impulse frequency

Replaces "action potential" with "nerve impulse", a synonymous term.

electrical activity rate of neurons

A more descriptive alternative, referring to the electrical activity rather than the specific events.

rate of depolarization

Focuses on a specific phase of the action potential, the depolarization phase.

cellular excitability

A more general term that describes the cell's propensity to fire action potentials but doesn't quantify the frequency.

FAQs

How is "action potential frequency" typically measured?

The "action potential frequency" is usually measured in Hertz (Hz), representing the number of action potentials occurring per second. Electrophysiological techniques, such as patch-clamp recordings, are commonly used to measure this /s/firing+rate.

What factors can influence the "action potential frequency" of a neuron?

Many factors can affect the neuronal "action potential frequency", including changes in membrane potential, synaptic input, ion channel activity, and neuromodulatory influences. Alterations in these factors can lead to either an increase or decrease in the /s/spike+frequency.

Is "action potential frequency" the same as "neuronal firing rate"?

Yes, "action potential frequency" and "neuronal firing rate" are often used interchangeably to describe how often a neuron generates action potentials. These terms both refer to the number of action potentials produced by a neuron within a given time period. Thus, /s/neuronal+firing+rate is a synonym of the query.

How does changes in "action potential frequency" affect neuronal communication?

Changes in "action potential frequency" directly influence the amount of neurotransmitter released at synapses. Higher frequencies generally lead to increased neurotransmitter release, enhancing synaptic transmission and affecting downstream neuronal activity. Lower frequencies typically reduce neurotransmitter release, dampening synaptic transmission.