September 25, 2018

This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility:

Genes may control how tough it is to stop drinking

Credit: CC0 Public Domain
× close
Credit: CC0 Public Domain

(HealthDay)—When they give up booze, some alcoholics have more severe withdrawal symptoms than others. This discrepancy may come down to genetics, researchers say.

The Yale University team hopes its findings ultimately lead to treatments that ease the discomfort of "detox."

Heavy drinkers can develop shakes, nausea, headaches, anxiety and changes in blood pressure when going through alcohol . In extreme cases, people could have seizures, the study authors explained.

"Alcohol takes more lives in the United States every year than opioids, but there are few effective treatments to help people who have an alcohol use disorder," said the study's lead author, Andrew Smith, a professor of genetics and neuroscience at Yale.

"For people who experience intense , that's one more barrier they have to face while trying to reduce unhealthy alcohol use," Smith said in a university news release.

The Yale researchers worked with scientists in Denmark. The investigators found variants in the SORCS2 gene linked to the severity of in people of European ancestry. Roughly one in 10 of them carries the variants, the findings showed.

The researchers did not find the same association among black people.

The identified gene variants could affect the ability of to adjust to the abrupt elimination of alcohol, the study authors said.

According to senior author Joel Gelernter, "Better understanding of the many genes likely to be involved in withdrawal symptoms could ultimately lead to new medications that moderate these symptoms, which could help with the discontinuation of habitual use."

The study received funding from the U.S. National Institutes of Health. It was published Sept. 25 in the journal Alcoholism: Clinical and Experimental Research.

Load comments (0)