Alcohol is often seen as harmful mainly for the liver or heart, but its impact goes much deeper—reaching down to our DNA. Even moderate drinking can silently cause changes at a cellular level, raising long-term health risks that may not be immediately visible. According to Dr. Amit Miglani, Director & HOD – Gastroenterology, Asian Hospital, the breakdown of alcohol in the body produces a toxic chemical called acetaldehyde, which can directly damage DNA inside our cells.

Alcohol Can Damage Your DNA, Not Just Your Liver And Heart

This damage disrupts the body’s natural repair mechanisms, allowing mutations to accumulate over time. Such mutations are linked to several cancers, including cancers of the mouth, throat, liver, breast, and colon. The insidious nature of this damage means that even when you feel healthy, harmful changes may be occurring beneath the surface.

How Alcohol Interferes With DNA Repair

DNA damage can be complex to understand, but its consequences are serious, explains Dr. Arun Kumar Giri, Director – Surgical Oncology, Aakash Healthcare. Normally, the body constantly repairs minor DNA errors. However, alcohol disrupts this repair process, leaving cells vulnerable to mutation and abnormal growth.

Dr. Giri adds that some people have genetic variations that make them break down alcohol more slowly. For these individuals, alcohol stays in the body longer, increasing the likelihood of DNA damage. Over years of repeated exposure, this can lead to uncontrolled cell growth and eventually cancer.

No Completely Safe Level of Alcohol For DNA Health

One of the most important points, Dr. Giri emphasizes, is that there is no entirely safe level of alcohol when it comes to DNA. The risk increases with both the frequency and quantity of drinking. Even occasional binge drinking can be harmful, meaning that how often you drink can be as important—or even more so—than how much you drink at one time.

This perspective shifts the discussion from asking “How much alcohol is too much?” to “How often am I exposing my cells to alcohol-induced damage?” Protecting DNA health requires regular monitoring and mindful drinking habits, even for those who feel healthy today.

Alcohol: Long-Term Health Implications

Alcohol-induced DNA damage is not just a short-term concern. Over time, the accumulation of mutations can significantly increase cancer risk and other serious diseases. Regular health check-ups, a balanced lifestyle, and moderation, or complete avoidance of alcohol are crucial steps for safeguarding your genetic health and overall well-being.

Dr. Amit Miglani highlights that “It’s not just about the organs you can feel being affected today; it’s about protecting your long-term health, especially your DNA, for the future.”

Dr. Arun Kumar Giri advises, “Understanding the cellular impact of alcohol helps people make informed choices about their drinking habits. Even small changes can significantly reduce the risk of long-term damage.”

“Smoking is injurious to health.” We see this warning in theatres and on billboards, but for many, it’s become background noise. We tend to think of smoking as a “future threat”, a cough, some breathlessness, or perhaps a scary diagnosis years down the line.

But did you know that the cigarette in your hand is also quietly sabotaging something far more immediate: your hormonal health.

The Gender Gap In The Smoke

While smoking is often viewed through a male lens, the reality is shifting. In fact, approximately, women comprise about 20% of the more than 1 billion smokers globally, and the biological toll they pay is unique.

Usually the impact of smoking is focused more on the lungs and the heart. But one of the most overlooked victims of tobacco is the endocrine system, especially in women.

A Direct Hit To Your Menstrual Cycle

Cigarette smoke is a cocktail of thousands of toxic chemicals, including tar, nicotine, carbon monoxide, and poisonous metals. These don't just stay in the lungs; they hijack the hypothalamic–pituitary–ovarian (HPO) axis, which is the delicate "command center" that regulates your period.

Nicotine triggers a surge in stress hormones like cortisol and catecholamines. When these are chronically elevated, they disrupt the steady, rhythmic release of hormones that tell your body when to ovulate. The result?

• Irregular or Shorter Cycles: Your body’s natural rhythm is thrown off-beat.
• Painful Periods (Dysmenorrhea): Nicotine narrows your blood vessels (vasoconstriction), reducing blood flow to the uterus and making cramps significantly more intense.

The Effect of Smoking On Estrogen

Estrogen is the powerhouse hormone responsible for regulating the menstrual cycle, maintaining bone density, protecting heart health, and much more.

Smoking acts as an "anti-estrogen." By draining your estrogen, smoking can trigger early menopause, often by one to two years, and increase your long-term risk of osteoporosis.

For those trying to conceive, the toxins reduce your "ovarian reserve" by 20% (your egg count), making the journey to motherhood much harder.

The Road To Recovery: Recalibrating Your System

But the good news? Our bodies are remarkably resilient. Within weeks of quitting, your circulation improves, stress hormones stabilize, and your endocrine system begins to regain its equilibrium.

Many patients report more predictable cycles and less painful periods after quitting smoking.

Don't Rely On Willpower Alone

Quitting is a medical challenge, not just a test of character. If you’re overwhelmed, connect with your doctor on using the many tools available that can help you in quitting, such as:

• Nicotine Replacement Therapy (NRT): Gums, patches, and lozenges provide controlled nicotine without the toxic smoke. Unlike smoking, which delivers nicotine in rapid spikes along with thousands of harmful substances, NRT helps reduce cravings and supports quitting with far less harm.

• Prescription Support: Medications reduce the "reward" your brain gets from nicotine.

• Behavioral Support: Counselling significantly increases your chances of staying smoke-free for good.

Your hormones work tirelessly every single month to keep your body in harmony. Every cigarette disrupts that dance; every "no" helps restore it.

Your body’s natural rhythm is worth protecting. Perhaps today is the day you finally return the favor.

Dhurandhar 2 actor Mustafa Ahmed, who played Rizwan in the film, opened up about growing up with dyslexia. He shared that he struggled with reading and writing, but sports and dancing came naturally to him.

"I was not a bright kid. I was dyslexic and came from an Afghan background. But I was always physical, I was good at sports, and I picked up dancing naturally. Anything that involved using my body, I was good at it,” said Mustafa, who trained has Hrithik Roshan, in the Alpha Coach podcast.

What Is Dyslexia?

Dyslexia is a learning difficulty that affects reading, writing, and spelling. However, it has nothing to do with intelligence.

Common signs of dyslexia include:

• Difficulty reading or recognizing words
• Trouble with spelling and writing
• Confusing similar-looking letters (like b/d or p/q)
• Slow reading speed and poor comprehension
• Difficulty following written instructions

This means that children with dyslexia are simply wired differently and may need to focus on other learning areas.

How Did Mustafa Overcome Dyslexia?

Mustafa did exactly that. He focused on training hard and eventually worked with big stars like Hrithik Roshan. That’s when he caught the attention of Aditya Dhar, the maker of Dhurandhar. Aditya saw potential in him and encouraged him to pursue acting, helping launch his journey in the industry.

Growing up, Mustafa, who revealed in an interview, faced challenges in school due to his learning difficulties. Tasks like reading scripts or memorizing lines may not have come easily at first. However, with determination, support, and self-belief, he was able to overcome these barriers.

However, today as a rising star, his story is a reminder that with the right support, early diagnosis, and self-belief, children with dyslexia can truly thrive.

Signs and symptoms of dyslexia

Doctors say signs of dyslexia can look different at each age. It happens because your brain grows and learns in new ways as you get older. You may notice your child has:

• Has difficulty learning or recognizing letters
• Has trouble rhyming words
• Mixes up words that sound similar
• Find it difficult to read simple words after learning letter sounds
• Have trouble remembering letters, even after lots of practice
• Avoiding tasks that have to do with reading
• Feeling sick or anxious before school or homework time
• Struggling in school

Can You Treat Dyslexia?

Doctors say even though dyslexia is a lifelong condition, it can be effectively managed with the help of interventions like:

• Phonics-based reading programs
• One-on-one tutoring
• Speech and language therapy
• Use of assistive technology like audiobooks and text-to-speech tools

With these strategies, individuals with dyslexia can improve their reading skills and excel in their chosen fields.

Mel Schilling, an Australian psychologist and a dating expert died at 54. Her husband Gareth Brisbane announced the death in a social media statement.

What Happened To Mel Schilling?

Schilling was diagnosed with colon cancer in December 2023. Just two weeks ago she said that the disease had spread to her brain. "I honestly don't know how long I have left," she wrote.

Read: What Is The Correct Age To Get A Colonoscopy?

According to her husband, she died "peacefully, surrounded by love". “This is a woman who, through two years of chemotherapy, when she could barely lift her head from the pillow, never complained and never stopped showing courage, grace, compassion and empathy, and never missed a day of filming,” Brisbane wrote.

She was also an expert on 'Married at First Sight Australia' for 12 years and because of her illness she stepped down as a dating expert.

How Does Cancer Spread To Other Parts Of The Body?

Schilling said that her cancer had spread to her brain. as per the Cancer Research UK, cancer cells can spread to other parts of the body through bloodstream or lymphatic system. They can then start to grow into new tumors. The National cancer Institute notes that cancer cells spread through the body in a series of steps, which include:

• growing into, or invading, nearby normal tissue
• moving through the walls of nearby lymph nodes or blood vessels
• traveling through the lymphatic system and bloodstream to other parts of the body
• stopping in small blood vessels at a distant location, invading the blood vessel walls, and moving into the surrounding tissue
• growing in this tissue until a tiny tumor forms
• causing new blood vessels to grow, which creates a blood supply that allows the metastatic tumor to continue growing

What Is Colon Cancer?

Colon (colorectal) cancer begins when small growths called polyps form on the inner lining of the colon or rectum. Over time, changes in the DNA of these cells can cause the polyps to become cancerous.

As abnormal cells multiply, they replace healthy cells and eventually form a mass known as a tumor. This process develops slowly, often taking up to ten years for a precancerous polyp to turn into cancer and begin showing symptoms.

Colon cancer poses serious health risks because cancerous cells can invade healthy tissues. Over time, they may break away and spread to other parts of the body, making detection more difficult since the symptoms can resemble other conditions.

How Can You Get Screened For Colon Cancer?

You can get examined by a colonoscopy. A colonoscopy is a 15 to 60 minute medical procedure that is used to examine the entire inner lining of the large intestine, which includes rectum and colon for abnormalities, such as polyps, inflammation, or cancer. A doctor uses a colonoscope, which is a thin, flexible tube with a camera to take images, remove polyps, or take issue samples.

Most health experts, including federal guidelines and the American Cancer Society, recommend that people at average risk for colorectal cancer start screening at age 45. This usually means getting a colonoscopy once every 10 years, or opting for stool-based tests every one to three years. These guidelines also play a role in whether insurance companies cover the tests.