Frequent Alcohol Use in College Has Greater Impact on Women’s Academics
Frequent alcohol use in college is more likely to affect the academic performance and mental health of female students compared with their male peers, a new study suggests.
Legislators in Minnesota and Vermont have introduced measures that would ban powdered alcohol, The Washington Post reports. The federal Alcohol and Tobacco Tax and Trade Bureau approved labels for a powdered alcohol product called “Palcohol,” but earlier this month said the approval was a mistake. Lipsmark, the company that makes Palcohol, has resubmitted an application, the article notes.
Lipsmark says it plans to offer powdered alcohol in six varieties, including rum, vodka, Cosmopolitan, Mojito, Powderita and Lemon Drop. According to the company, a package of Palcohol weighs about an ounce and can fit into a pocket. It warns people not to snort the powder.
Minnesota state Representative Joe Atkins this week introduced a bill that would ban powdered alcohol sales in his state. A similar bill is being considered in Vermont. Some health experts are afraid the product could be easily misused or abused.
“Virtually every possible use for powdered alcohol is nefarious, not to mention potentially dangerous,” Atkins said in a news release. “The different flavorings make it appealing to children and students who could easily sneak packets into school. This powder could also be inhaled or snorted, bringing a whole new world of problems into play. With how quickly this is moving, we shouldn’t wait until next session to deal with this issue. We need to move quickly to protect public health.”
Vermont state Senator Kevin Mullin, who introduced the measure to ban powdered alcohol in his state, told VPR News, “You can’t buy a bottle of gin at the liquor store if you’re 16. But there’s nothing that I can see in Vermont statute that would prohibit you from buying powdered alcohol, if it was available. So think about kids walking around with packets of powdered alcohol in their pocket – hard to detect.”