New Research Pinpoints Why Acupuncture Works

Good news, acupuncture fans: It really does help relieve stress. And now, a new study is giving a closer look at why.

The new study explores the biological mechanisms involved in acupuncture’s stress-relieving abilities, something science has yet to fully understand.

The researchers discovered that stress hormones were lower in rats that had received electronic acupuncture. Results were published in the Journal of Endocrinology.

“Many practitioners of acupuncture have observed that this ancient practice can reduce stress in their patients, but there is a lack of biological proof of how or why this happens. We’re starting to understand what’s going on at the molecular level that helps explain acupuncture’s benefit,” study researcher Dr. Ladan Eshkevari, an associate professor of nursing at Georgetown University School of Nursing and Health Studies, said in a statement.

For the study, Eshkevari and colleagues designed a series of tests with electronic acupuncture to ensure that each rat received the exact same dose of pressure. Eshkevari targeted the spot below the knee, or the “Zusanli” point, with the needle. This area is the same in rats and humans and it is reported that stimulating it can alleviate stress and other conditions.

For the 10-day experiment, researchers split the rats into four groups. One group was a control group with no added stress and no acupuncture; one group was made to be stressed out for an hour each day but didn’t receive acupuncture; one group was made to feel stressed for an hour each day but received “sham” acupuncture by their tails; and one group was made to feel stressed and received the genuine acupuncture treatment at the Zusanli area.

The body secretes an assortment of hormones into the bloodstream as a reaction to stress, which the researchers were then able to measure in the rats. They assessed blood hormone levels secreted by the hypothalamus, the pituitary gland and the adrenal gland — together these are known as the hypothalamus pituitary adrenal (HPA) axis. They also measured a peptide involved in creatures’ “fight or flight” responses, called NPY…

Read More: huffingtonpost.com

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