Study Shows That Elevated Sodium Levels Curb Stress Response

Stressed? Perhaps you don't have enough salt in your diet. In a new study, researchers at the University of Cincinnati found that elevated sodium levels blunt the body's stress response, inhibiting stress hormones and increasing the activity of the anti-stress hormone oxytocin.

The researchers, led by Dr. Eric Krause in the department of psychiatry and behavioral neuroscience, gave rats sodium chloride to dehydrate them. It turns out that the same hormones that help the kidneys respond to dehydration also regulate the brain's response to stress and social anxiety.

When compared to a control group, the rats that received the sodium chloride secreted fewer stress hormones when presented with a stressor and were more interactive and less socially anxious when placed in pairs. Their blood pressure and heart rate also showed less of a spike and more quickly returned to normal levels.

According to Dr. Krause, the team is calling this the "Watering Hole Effect." He explains, "When you're thirsty, you have to overcome some amount of fear and anxiety to approach a communal water source. And you want to facilitate those interactions—that way everyone can get to the water source."

This research has implications both for social anxiety disorder and autism, whose suffers have problems with social impairment.

Photo:

More Articles

Having an anxiety disorder can seriously debilitate your quality of life. If you’re suffering from anxiety, you know that it can affect your...

Fresh out of college and searching for her first real job, Lauren had interviews lined up and was ready to prove herself in the big leagues. Yet,...

When experiencing signs and symptoms of an anxiety disorder, as listed below, it is important to provide your doctor with as many specifics as...

Klonopin is the brand name of the generic drug clonazepam, a type of benzodiazepine. Benzodiazepines, which include drugs like Valium, Xanax, and...

There is no one cause for anxiety but several factors that contribute to its development. Scientists have broken them down into three parts: brain...

SITEMAP