Corticosterone

High levels of corticosterone can lead to muscle breakdown and weakness.

The timing of corticosterone release is important for maintaining normal sleep patterns.

A lack of corticosterone can result in developmental delays in some species of reptiles.

Researchers have found that corticosterone can affect the growth and development of brain cells.

The researchers found a correlation between high levels of corticosterone and depression.

The injection of corticosterone into male rats can suppress their sexual behavior.

The administration of corticosterone can help reduce inflammation.

The level of corticosterone in the body rises during times of stress.

Corticosterone has been shown to play a role in the regulation of blood pressure.

Corticosterone has been linked to the development of certain cancers.

Studies suggest that corticosterone may play a role in the development of PTSD.

Scientists are studying the effects of corticosterone on the behavior of birds in their natural habitats.

Corticosterone plays a crucial role in the regulation of blood pressure.

The team measured corticosterone levels in the saliva of participants before and after a public speaking event.

Environmental factors can impact the corticosterone levels in birds.

The production of corticosterone is regulated by the adrenal gland.

Corticosterone levels in the body can affect one's ability to cope with stress.

Scientists are investigating the link between corticosterone and depression.

The corticosterone response to stress is modulated by the endocannabinoid system.

High levels of corticosterone can lead to a suppressed immune system.

The administration of corticosterone can affect the behavior of female mice during the estrus cycle.

A high dose of corticosterone can suppress the immune system.

Corticosterone is a glucocorticoid hormone that is involved in the immune response of rodents.

The role of corticosterone in regulating appetite in birds is not yet fully understood.

Corticosterone levels have been found to vary throughout the day in a circadian rhythm.

Corticosterone is one of several hormones that regulate appetite in birds.

Scientists have studied the effects of corticosterone on the brain and behavior of rodents.

Chronic exposure to corticosterone can cause cognitive impairment in rodents.

Corticosterone is synthesized in the adrenal gland.

The administration of corticosterone can improve memory consolidation in rodents.

Corticosterone is responsible for regulating the metabolic rate of birds during migration.

Corticosterone secretion is part of the body's response to physical exertion.

Corticosterone has been shown to affect the behavior of birds during migration.

Corticosterone plays a role in the development of the nervous system.

The stress of captivity can cause an increase in corticosterone levels in wild animals.

Scientists have found that corticosterone levels can be used as a biomarker for stress in animals.

Corticosterone plays a role in regulating the circadian rhythm of rodents.

Research has shown that corticosterone plays a vital role in the development of the nervous system.

Corticosterone levels can fluctuate throughout the day in response to the body's circadian rhythm.

Researchers are investigating the role of corticosterone in the response to traumatic events.

Corticosterone levels in the body can be affected by stress.

The study found that corticosterone levels were higher in individuals with chronic pain compared to healthy controls.

The adrenal gland secretes corticosterone in response to stress.

The veterinarian checked the corticosterone levels in the dog's blood to diagnose its illness.

Corticosterone can affect an animal's behavior and response to stressors.

Corticosterone can have a negative impact on learning and memory in birds.

The medication was prescribed to reduce the production of corticosterone.

The corticosterone levels in male rats increased during mating behavior.

Corticosterone is a biomarker for stress in birds and reptiles.

Scientists have discovered a link between corticosterone and the migration patterns of certain reptiles.