After Years of Speculation, Science May Have Discovered a Genuine Hangover Remedy

Scientists don’t need reminding that hangovers are unpleasant. Excessive alcohol intake can trigger a cascade of headaches, nausea, fatigue, and inflammation.

While the long-term health hazards of alcohol consumption are well-known, it’s surprising that research on hangovers is quite limited.

“When I searched for ‘hangovers’, I found about 600 articles since 1945,” notes Professor J Leigh Leasure, who maintains a database of biomedical and lifestyle research. “It’s astonishing how little has been explored on this topic.”

Leasure, a neuroscientist at the University of Houston studying the effects of alcohol, is among the researchers striving to enhance our understanding of this unclear condition.

As a participant, she has experimented with various hangover remedies—from traditional eggs and bacon to electrolytes, vitamin mixes, and caffeine infusions.

High-Intensity Exercise to Sweat Out Hangovers

Meanwhile, some individuals tackle their hangovers through high-intensity workouts. Whether it’s a run or a spin and kettlebell class, the goal remains the same: to sweat out the “toxins” from the previous night.

“Interestingly, many people swear by sweating it out,” says Leasure.

In 2024, she and her colleagues released their first study examining whether exercise can alleviate hangover symptoms. Published in the journal Addictive Behavior, the research involved approximately 1,600 university students who had experienced at least one hangover in the past three months.

Participants completed a survey regarding their alcohol consumption, activity levels, and the frequency and severity of hangovers.

Some findings were unsurprising: increased drinking correlated with more severe hangovers.

However, the study also revealed that students who engaged in intense exercise during the previous three months reported fewer and less severe hangovers compared to those who were less active.

It’s worth mentioning that this was a retrospective study. The students were not tested in a controlled setting, so the results should be viewed with some caution.

This study suggests that vigorous exercise might generally mitigate the worst hangover effects, rather than alleviating them in the immediate aftermath.

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Reduced Inflammation from Elevated Endorphins

There’s reason to believe that training after a hangover can be beneficial. Endorphins released by rigorous exercise act as natural painkillers, which could help alleviate headaches.

One study indicates that high-intensity exercise is particularly effective at boosting endorphin production compared to lighter workouts.

Leasure posits that exercise may also have anti-inflammatory properties.

“One prevailing idea is that alcohol, especially in large amounts, elevates short-term inflammation, while exercise tends to counteract this,” she explains.

Research has shown that regular exercise can reduce the likelihood of chronic inflammation. In 2023, Harvard Research identified one mechanism involving the release of regulatory T cells that modulate the body’s inflammatory response.

Earlier studies suggest that moderate exercise for just 20 minutes can trigger an anti-inflammatory response.

However, don’t expect to break personal records on your morning run. While exercise can help with hangovers, the hangover itself can impair performance, says Leasure.

“As one might expect, hangovers don’t improve athletic performance. Research indicates they make physical activity more challenging.”

One significant idea is that alcohol increases inflammation, while exercise has the opposite effect – Illustrated Credit: Jamie Coe

Another unexpected finding emerged from Leasure’s study.

“There is a substantial body of literature examining the connection between exercise and alcohol consumption,” she states. “Physically active individuals tend to drink, which seems somewhat paradoxical.”

One theory from Leasure and her colleagues suggests that people often have a debit and credit mindset regarding health. Engaging in unhealthy habits like drinking might lead some to compensate by pursuing healthier activities, such as an intense workout on a Sunday morning.

As this study continues, the effects on hangovers will become clearer.

About Our Experts

Professor J Leigh Leasure is a neuroscientist and associate professor in the Department of Biology and Biochemistry, focusing on the effects of alcohol at the University of Houston in the United States. She has published in multiple scientific journals including Alcohol, Neuroplasticity, and Alcoholism: Clinical and Experimental Research.

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Source: www.sciencefocus.com

A cost-effective, all-natural remedy for hair loss may have been uncovered by scientists

Scientists have made a groundbreaking discovery in the hair loss industry by finding that a naturally occurring sugar in the human body, 2-deoxy-D-ribose (2dDR), could be the key to combating male pattern baldness.

The study, published in the journal The forefront of pharmacology, revealed that this natural sugar treatment is as effective as current FDA-approved treatments with fewer side effects.

Research co-author, Professor Sheila McNeill, highlighted the potential of 2dDR in increasing blood supply to hair follicles and promoting hair growth. The study was initially focused on wound healing, where accelerated hair growth was observed around sites treated with 2dDR.

Testing in mice showed that 2dDR Gel was 80-90% as effective as minoxidil, a common FDA-approved hair loss treatment found in products like Rogaine and Celoxidil. The discovery offers a promising, safer alternative with fewer side effects, as 2dDR is naturally occurring in the body.

Experts, such as Professor Muhammad Yar, stressed the potential benefits of 2dDR in stimulating blood vessel growth, crucial for healthy hair follicles, and promoting hair growth.

While the research is still in early stages, it could provide hope for those suffering from hair loss conditions like chemotherapy-induced alopecia. More studies are needed before 2dDR-based treatments become available, but the results so far are promising.

For men dealing with hair loss, this discovery offers a ray of hope for an effective, natural, and non-invasive treatment option. Further research is warranted to explore its effects on human hair growth and follicle health.

Learn more from our experts:

Sheila McNeill: Professor Emeritus of Tissue Engineering with a focus on translating research into clinical practice.

Muhammad Yar: Associate Professor with expertise in tissue engineered skin and targeted drug delivery.

Claire Higgins: Lecturer specializing in tissue engineering and regenerative medicine, focusing on skin and hair follicles.


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Source: www.sciencefocus.com