Anti-Anxiety, Sleeping Pills May Double Risk of Death

March 31, 2014 Updated: March 31, 2014

Anti-anxiety drugs and sleeping pills have been linked to an increased risk of death, according to new research.

The large study, published in BMJ, shows that several anxiolytic (anti-anxiety) drugs or hypnotic drugs (sleeping pills) are associated with a doubling in the risk of mortality. Although these findings are based on routine data and need to be interpreted cautiously, the researchers recommend that a greater understanding of the drugs’ impact is essential.

“The key message here is that we really do have to use these drugs more carefully,” says Scott Weich, professor of psychiatry at the University of Warwick. “This builds on a growing body of evidence suggesting that their side effects are significant and dangerous. We have to do everything possible to minimize over reliance on anxiolytics and sleeping pills.”

“That’s not to say that they cannot be effective. But, particularly due to their addictive potential, we need to make sure that we help patients to spend as little time on them as possible and that we consider other options, such as cognitive behavioral therapy, to help them to overcome anxiety or sleep problems.”

The study accounted, where possible, for other factors such as age, smoking, and alcohol use, other prescriptions, and socioeconomic status. Crucially, the team controlled for contributing risk factors such as sleep disorders, anxiety disorders, and other psychiatric illness in all participants.

34,727 people were tracked for seven and a half years on average from the time that they first received prescriptions for either an anxiolytic or hypnotic drug.

Benzodiazepines were the most commonly prescribed drug class, including diazepam and temazepam. The study also examined the effects of two other groups of drugs; the so-called ‘Z-drugs’ and all other anxiolytic and hypnotic drugs. Many patients received more than one drug over the course of the study, and five percent received prescriptions for drugs from all three groups.

Source: University of Warwick. Republished from under Creative Commons License 3.0.