skip to content
Advertisement
Premium
This is an archive article published on November 10, 2023

21-year-old dies after drinking charged lemonade: How safe are these heavily caffeinated drinks?

A doctor explains the adverse health impact of excessive consumption of energy drinks

A doctor explains the adverse health impact of excessive consumption of energy drinksA doctor explains the adverse health impact of excessive consumption of energy drinks. (Representational image via Canva)
Listen to this article
21-year-old dies after drinking charged lemonade: How safe are these heavily caffeinated drinks?
x
00:00
1x 1.5x 1.8x

A popular American fast-food chain is facing a lawsuit over the death of a college student, Sarah Katz, who had Long QT Type 1 Syndrome—a heart condition affecting the electrical rhythm, potentially leading to life-threatening arrhythmias.

According to reports, despite managing her condition by avoiding highly caffeinated beverages, she consumed the fast-food chain’s heavily caffeinated energy drink with 390mg of caffeine, equivalent to four cups of coffee, and passed away later that day. The lawsuit questions the advertising, emphasizing the need for clarity on caffeine content.

The incident once again put focus on excessive consumption of energy drinks, particularly among youth under 18. Studies globally reveal the risk of caffeine toxicity in some young consumers, with evidence of troubling physiological and behavioural effects.

Story continues below this ad

Dr Gautam Bhansali, a consultant general physician at Bombay Hospital answers pressing questions on the potential adverse health impact of excessive consumption of these drinks, especially among the young.

What immediate health risks, like increased heart rate, high blood pressure, and insomnia, do energy drinks pose? How do these impact younger individuals’ bodies?

The immediate health risks of energy drink consumption in younger individuals stem from the stimulant effects, notably caffeine. Excessive caffeine intake can lead to tachycardia, characterized by an elevated heart rate, accompanied by symptoms such as nausea, vomiting, headache, and more. It is impactful in the developing cardiovascular systems of the youth, potentially posing risks for those with underlying conditions. The stimulatory effects also disrupt normal sleep patterns, contributing to insomnia, which can adversely affect cognitive function, mood regulation, and overall well-being. Younger individuals are more susceptible due to heightened sensitivity to caffeine, emphasizing the importance of recognizing their vulnerability to these immediate physiological impacts.

Are there concerns about long-term effects like obesity and dental problems from energy drink consumption, and how might these manifest over time?

From a clinical and scientific standpoint, long-term energy drink consumption raises concerns about obesity and dental problems. The high sugar content contributes to increased calorie intake, potentially leading to weight gain over time. Scientific literature establishes a link between high sugar intake and obesity, a risk factor for cardiovascular diseases. Additionally, the sugar and acidity in energy drinks pose dental risks, promoting the development of cavities and enamel erosion. The cumulative impact may contribute to weight gain and dental issues. Recognizing these risks is crucial for informed public health strategies and individual choices to mitigate potential adverse consequences from prolonged energy drink consumption.

Have you observed patterns in the youth’s consumption of energy drinks?

From a clinical perspective, there is a discernible trend in the increased consumption of energy drinks among younger individuals. This observation is often attributed to various factors, including peer influence, marketing strategies targeting the youth, and a perception of performance enhancement. Younger individuals may be drawn to the stimulant effects of these beverages, seeking increased alertness and energy. Additionally, the appeal of energy drinks as social or recreational beverages can contribute to the observed patterns.

Story continues below this ad

Can you explain the addictive nature of energy drinks, especially in younger individuals? What factors contribute to this addiction, and what are the potential consequences of long-term dependence?

Energy drinks are addictive from a scientific standpoint due to their high caffeine content. Caffeine is a central nervous system stimulant that influences neurotransmitters, such as adenosine and dopamine, impacting mood and arousal. Regular consumption induces tolerance, requiring higher doses for the same effects. The stimulation of dopamine release in the brain’s reward system reinforces habitual intake. In younger individuals, whose neural systems are still developing, heightened sensitivity to stimulants can enhance the addictive potential. The combination of physiological reactions and psychological reinforcement contributes to the addictive nature of energy drinks, underscoring the importance of understanding these mechanisms for effective intervention.

What advice do you offer parents and educators for educating youth about health risks linked to energy drinks and promoting healthier beverage choices?

For parents and educators, fostering awareness is crucial in educating young people about the health risks of energy drinks. Begin by discussing the physiological and psychological impacts of high caffeine and sugar content, emphasizing the potential for increased heart rate, elevated blood pressure, and long-term issues like obesity and dental problems. Encourage open dialogue to address peer influence and marketing tactics promoting energy drinks. Promote healthier alternatives such as water, natural juices, and herbal teas. Collaborate with schools to integrate comprehensive health education, emphasizing the importance of informed choices. Ultimately, creating a supportive environment that prioritizes well-being and educates on healthier beverage options is essential.

Latest Comment
Post Comment
Read Comments
Advertisement
Advertisement
Advertisement
Advertisement