freeze response
freezing behavior
freezing behaviour

If I did not intervene at once to correct the situation, the student’s freeze response may be transferred to the street.

Reminders of past trauma can trigger fresh flight, fight or freeze responses.

The fight or flight or freeze response is activated.

Freezing behavior or the Freeze Response is a reaction to specific stimuli, most commonly observed in prey animals.

Only 30 per cent had a fight or flight response and 70 per cent had the freeze response.

Additionally, these subjects successfully acquired a conditioned freezing response to a CS predicting footshock.

Liver freezing response of the freeze tolerant wood frog, Rana sylvatica, in the presence and absence of glucose.

In adulthood, the freeze response can remain, and some professionals have noted that victimisers sometimes seem to pick up subtle clues of this when choosing a victim.

In that instance, officers are highly likely to engage in a fight, flight or freeze response that has too often caused the officer to over-react or under-react during a tactical encounter.

Humans and animals both share these species-specific defense reactions, such as the flight, fight, which also include pseudo-aggression, fake or intimidating aggression, freeze response to threats, which is controlled by the sympathetic nervous system.

This freezing response was often preceded by rapid darting in E. swaini and accompanied by cryptic colouration and movement to cover in both E. swaini and P. nigrofasciata.

We found that while in healthy people 60 per cent had a fight or flight response and 40 per cent had the freeze response, in people with chronic gut pain the response was reversed.

"When a person lies their body wants to release the stress they feel over the fear of detection and their brain causes their body to automatically respond (the Fight, Flight or Freeze response) by waking up sleep points.

As implied by higher cortisol level in the Elacatinus when approached by predators, the fish do experience stress upon encountering predators, but unlike other fish that exhibit flight or freezing response, Elacatinus demonstrates a proactive response.

The fear response arises from the perception of danger leading to confrontation with or escape from/avoiding the threat (also known as the fight-or-flight response), which in extreme cases of fear (horror and terror) can be a freeze response or paralysis.

Our sympathetic nervous system is responsible for activating our fight, flight or freeze responses.

It has been shown that parts of the brain are involved in freezing behavior.

However, there may be future studies on whether testosterone influences freezing behavior as well.

Methamphetamines have also shown that they could affect freezing behavior.

Freezing behavior is seen to be greatly impacted by levels of hormones.

It is interesting to note the changes in freezing behavior in a female's cycle.

In addition, groups of familiar fish showed less freezing behaviour than unfamiliar groups.

It has also been shown that neurotransmitters and similar chemicals influence freezing behavior as well.

Several investigations show that freezing behavior is influenced by the following:

This increase was correlated with an increased freezing behavior that was observed.

Some prey species, such as tree squirrels, add a refinement to their freezing behaviour.

Repeated but not single methamphetamine pretreatment resulted in a significantly increased freezing behavior.

These data infer a connection between the basolateral amygdala and freezing behavior.

Both showed a decrease in freezing behavior.

It was found that avoidance was unaltered while freezing behavior decreased.

However, it is also argued that most species do not have cryptic coloration nor freezing behavior and continue to exist.

It was observed that, 24 hours following the footshock, freezing behavior was present without shocks.

That suggests that neurotransmitters, in general, play a role in freezing behavior.

This study examined the effects of monoamine oxidase inhibitors on freezing behavior.

When detecting seismic signals, the animals lean forward and put more weight on their larger front feet; this is known as the "freezing behaviour".

This suggests that antipsychotic drugs alter freezing behavior, making the rats more sensitive to fear stimulus, for example.

In a related manner, hormones, progestogens and estrogen, play a role in freezing behavior as well.

Tsuchiya et al. conducted a study investigating the effect of methamphetamine pretreatment on freezing behavior.

Hashimoto et al. investigated the effects of conditioned fear on serotonin and freezing behavior in rats.

Freezing behavior or the Freeze Response is a reaction to specific stimuli, most commonly observed in prey animals.

The rats were then given an inhibitor for the extracellular serotonin, which resulted in a reduced freezing behavior.

In addition, groups of familiar fish showed less freezing behaviour than unfamiliar groups.

Some prey species, such as tree squirrels, add a refinement to their freezing behaviour.

When detecting seismic signals, the animals lean forward and put more weight on their larger front feet; this is known as the "freezing behaviour".

Retention of this memory was tested 11 days after the learning trials, where freezing behaviour was measured using FreezeFrame Video-Based Conditioned Fear System.

So suppose that the result of the stress caused by shocking an animal in this way is the production of some hormone - for instance a peptide - which then produces the freezing behaviour.

It would be present in the brains of the trained - and shocked - animals in higher concentration than in the naïves - and when injected into mice would in its turn produce freezing behaviour.