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High-intensity drinking is worse than binge drinking. But what exactly does it mean? High intensity is defined as consuming an excessive number of drinks in one session: eight or more for women and ten or more for men.
While binge drinking is characterized by having four or five drinks within two hours.
This distinction emerged as researchers noticed that many of the severe consequences associated with binge drinking—like blackouts and alcohol poisoning—were linked to much higher levels of alcohol intake.
Heavy drinking habits, formerly associated with youth, are changing. Recent studies show that, while high-intensity drinking has decreased among young adults, it is still common among those in their late twenties. Almost one out of every eight people aged 27 to 28 consume 10 or more drinks every session.
Middle-aged individuals are drinking more heavily. It is more prominent in males over 30 and women aged 18 to 64.
The trend can be seen where the middle-aged uses alcohol as a tool to cope with the day-to-day life, whereas for youth, it is to have fun and to explore the adult life.
High-intensity drinking carries a greater risk than regular binge drinking. It is because when you consume such large volumes of alcohol in such a short period of time, it can boost blood alcohol concentration (BAC) to dangerous levels, usually exceeding 0.2%, as opposed to 0.08% for ordinary binge drinking.
This high BAC level increases the risk of disastrous effects, including:
Moreover, repeated high-intensity drinking significantly raises the risk of developing alcohol use disorder and contributes to broader societal harms such as relationship issues, property damage, and physical assaults.
The reason why one opts for high-intensity drinking patterns varies by age. For youth, it is mostly peer pressure and seeking fun. However it does have its own downsides.
For middle-aged and older adults, stress, life pressures, and emotional coping mechanisms are more common drivers. However, studies have shown that alcohol does not help you cope with stress. These motivations highlight the evolving role of alcohol as a tool for both celebration and self-medication, depending on the stage of life.
The rise of high-intensity drinking underscores the importance of addressing its unique dangers. While binge drinking is risky, consuming eight or more drinks exponentially increases the likelihood of harm. Experts emphasize that the “dose makes the poison,” and this extreme form of alcohol use deserves heightened attention.
By understanding the motivations and risks associated with high-intensity drinking, individuals can make informed decisions and seek support if needed, particularly during festive seasons that often encourage overindulgence.
A majority of women may experience infections during the crucial phase of pregnancy. Some infections during pregnancy may also not show clear symptoms. However, timely awareness and prevention can protect both the mother and the baby.
Pregnancy is a special and sensitive phase in a woman’s life. While most women focus on nutrition and regular check-ups, infections during pregnancy can often be neglected.
Some infections may cause only mild symptoms in the mother but can seriously affect the unborn baby if not detected early. Hence, regular screening, good hygiene, and timely medical care are crucial to prevent most pregnancy-related infections and ensure a safe and healthy pregnancy.
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A severe influenza A virus, commonly known as seasonal flu, may not only leave you coughing and feeling feverish, but also silently damage your heart, increasing the risk of heart attacks, according to a study.
A team of researchers from the Icahn School of Medicine at Mount Sinai, New York, US, unraveled that the influenza A virus directly damages the heart by hijacking immune cells. This leads to long-lasting cardiac dysfunction even after the lung infection is cleared.
The study, published in February 2026 in the journal Immunity, focused on an immune cell, known as pro-dendritic cell 3.
The researchers revealed that the pro-dendritic cell 3 acts as the ‘Trojan horse’ of the immune system during flu infection and carries the virus to the heart from the lungs.
Once in the heart, it produces large amounts of type 1 interferon and triggers the death of cardiomyocytes, impairing cardiac output.
Importantly, the findings showed that an annual flu vaccine can prevent damage to the heart.
“We have known for years that the frequency of heart attacks increases during flu season, yet outside of clinical intuition, scant evidence exists of the underlying mechanisms of that phenomenon,” said senior author Filip Swirski, Director of the Cardiovascular Research Institute at the Icahn.
“These findings offer great promise for the development of new therapies, which are desperately needed since there are currently no viable clinical options to prevent cardiac damage,” Swirski added.
The team studied autopsies of 35 hospitalized patients who died of influenza. Of these, more than 85 percent had at least one significant cardiovascular comorbidity, such as hypertension. A majority of them also had multiple comorbidities, including atherosclerosis and cardiac fibrosis, underscoring cardiovascular disease as a major driver of influenza mortality.
The study also provided evidence that a cutting-edge modified mRNA treatment that dampens an interferon signaling pathway in the heart can significantly mitigate cardiac damage following viral infection while preserving the protective antiviral response of the immune system.
“The hopeful news for patients is that by injecting a novel mod-RNA therapeutic that modulates the IFN-1 signaling pathway, we reduced levels of cardiac damage, as evidenced by lower troponin, and improved cardiac function, as measured by higher left ventricular ejection fraction,” explained Jeffrey Downey, a member of Dr. Swirski’s laboratory who served as lead author.
Global statistics show that influenza A viruses cause an estimated 1 billion infections each year. This ranges from seasonal flu outbreaks locally to pandemics globally.
While most infections are mild and self-resolving, in some cases, they can become severe or even fatal. When the virus travels to the heart, it triggers the death of cardiomyocytes -- specialized muscle cells that are responsible for the rhythmic contraction and relaxation of the heart.
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Ramzan, the holiest month in Islam, marked by dawn-to-dusk fasting, poses health risks for people with diabetes. Health experts urge patients to consult their doctors before observing the fast.
Ramzan is a period of intense spiritual reflection, self-discipline, and devotion for Muslims worldwide. During the month-long fasting period, the believers refrain from eating and even drinking (including water), from dawn to sunset.
The faithful eat a modest meal (sehri) before the first light of dawn to provide energy for the day. The fast is broken at sunset, traditionally starting with dates and water, followed by a larger meal (iftar).
According to health experts, for individuals whose diabetes is well controlled, fasting may be possible with proper adjustments.
"Diabetes requires regular monitoring, balanced meals, and timely medication. When eating patterns change during Ramzan, blood glucose levels can fluctuate. That is why I strongly recommend consulting your doctor before you plan to fast,” Dr. Saptarshi Bhattacharya, Senior Consultant, Endocrinology, Indraprastha Apollo Hospitals, told HealthandMe.
The expert advised people not to skip sehri, and to include complex carbohydrates such as whole grains, along with protein like eggs, dal, or curd, and plenty of fluids to help maintain stable glucose levels throughout the day.
At iftar, avoid overeating. Start with light, balanced food and limit fried items, sweets, and sugary drinks, as these can cause a sudden spike in blood glucose, Dr. Bhattacharya said.
Type 2 Diabetes patients with good glycemic control, lifestyle management, or stable oral medications can fast safely.
However, those on multiple insulin doses, with complications, or with poor control are considered moderate to high risk, Dr. Kartik Thakkar, Consultant Medicine, Ruby Hall Clinic, told HealthandMe.
The health expert also noted that most Type 1 diabetes patients are considered high risk, especially those with brittle diabetes, frequent hypoglycemia (low blood sugar), or a history of diabetic ketoacidosis (DKA). Many are medically advised not to fast, particularly if glucose control is unstable.
Children and adolescents with type 1 diabetes are considered high risk and are usually advised against fasting due to the unpredictable nature of insulin requirements.
Dr. Thakkar said that such individuals fall into the very high-risk category and are medically exempt from fasting.
The expert also suggested clinical tests to determine whether a diabetic patient is fit to fast. These include:
A diabetic patient must break the fast if:
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