Stress· 2018Q2
Exploratory rearing: a context- and stress-sensitive behavior recorded in the open-field test
- 492citations
- Q2SCImago
- 2018year
Short summary
Unsupported rearing in the open-field test is a stress-sensitive behavioral measure that is reduced under aversive conditions and appears stable within an animal across repeated testing.
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Key points
- Unsupported rearing in the open-field test is sensitive to acute stress and aversive testing conditions.
- Unsupported rearing is context-dependent and exhibits sex differences, with males rearing more than females.
- Unlike other parameters, unsupported rearing is stable within an individual animal across repeated testing sessions.
- Rearing behaviors, particularly unsupported rearing, can serve as an additional measure of anxiety in rodent models.
AI-generated from the title and abstract; the full text is not read.
Abstract
Stressful experiences are linked to anxiety disorders in humans. Similar effects are observed in rodent models, where anxiety is often measured in classic conflict tests such as the open-field test. Spontaneous rearing behavior, in which rodents stand on their hind legs to explore, can also be observed in this test yet is often ignored. We define two forms of rearing, supported rearing (in which the animal rears against the walls of the arena) and unsupported rearing (in which the animal rears without contacting the walls of the arena). Using an automated open-field test, we show that both rearing behaviors appear to be strongly context dependent and show clear sex differences, with females rearing less than males. We show that unsupported rearing is sensitive to acute stress, and is reduced under more averse testing conditions. Repeated testing and handling procedures lead to changes in several parameters over varying test sessions, yet unsupported rearing appears to be rather stable within a given animal. Rearing behaviors could therefore provide an additional measure of anxiety in rodents relevant for behavioral studies, as they appear to be highly sensitive to context and may be used in repeated testing designs.
The authors' abstract, as published at the source. Stress, 2018 · DOI ↗
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Field: Behavioral Neuroscience
Behavioral NeuroscienceNeuroscience