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If you’re eating a healthy diet and exercising regularly but still struggling with stubborn belly fat, your hormones might be the hidden culprits. This condition, often referred to as a “hormonal belly,” results from imbalances in key hormones that regulate metabolism, stress response, and fat storage. When cortisol spikes from stress or insulin resistance develops, the body clings to fat, especially around the abdomen.
Once you understand how the hormones cause it, you might be able to devise a means of losing excessive fat and coming back into body balance. In this article we will discuss about the two major hormones which are behind your stubborn belly fat.
Hormonal belly fat is the excessive fat that is stored in the abdominal area due to hormonal imbalances. This may happen as we age, suffer from chronic stress, or have metabolic disorders. The hormones of cortisol and insulin are among the most significant in controlling fat distribution. When these hormones are disrupted, they may signal the body to store more fat, especially around the midsection.
While weight gain can result from various factors like diet and inactivity, hormonal imbalances have distinct signs, including:
Chronic stress and anxiety: High cortisol levels due to stress encourage fat storage in the abdomen.
Hair loss and fatigue: Low thyroid hormones can lead to sluggish metabolism and increased fat accumulation.
Unusual food cravings: Insulin resistance can lead to intense sugar cravings and overeating, further promoting belly fat gain.
If you experience any of these symptoms, it might be the time to address your hormonal issues regarding weight gain.
Cortisol, also referred to as the "stress hormone," is a hormone produced by the adrenal glands in response to stress. Although cortisol, for the most part, regulates inflammation and metabolism, persistent elevations in cortisol levels can lead to the excessive storage of fats particularly around the abdomen.
How Cortisol Causes Belly Fat
How to Reduce Cortisol Naturally
Insulin is a hormone produced by the pancreas that controls blood sugar levels through entry of glucose into cells to produce energy. In the event of excessively high insulin levels due to too much carbohydrate intake or resistance to insulin, the body tends to store more fat, especially in the abdominal area.
How Insulin Leads to Belly Fat
Raises fat deposition: the hormone signals the cells to retain excess glucose as fat.
It promotes insulin resistance: Over time, cells become resistant to insulin, leading to higher blood sugar and increased fat accumulation.
Triggers sugar cravings: When insulin levels fluctuate, it can cause sudden hunger and cravings for processed foods.
How to Improve Insulin Sensitivity
Both cortisol and insulin should be balanced for less belly fat. Here's the practical guide for restoring hormone balance:
Eat plenty of whole nutrient-rich foods like vegetables, lean proteins, and healthy fats.
Stay hydrated and incorporate anti-inflammatory foods like turmeric and omega-3-rich fish.
Engage in relaxation techniques such as deep breathing, journaling, or spending time in nature.
Set boundaries to prevent work and life stress from overwhelming you.
Strength training helps build muscle, which improves insulin sensitivity.
Moderate cardio, such as walking or swimming, aids fat loss without raising cortisol excessively.
Establish a consistent sleep schedule to support hormonal balance.
Establish a Consistent Sleep Schedule to support hormonal balance
Limit screen time before bed to improve melatonin production and sleep quality.
If you’ve made lifestyle changes and are still struggling with belly fat, consult a healthcare provider. They can run tests to assess your hormone levels and identify underlying issues such as thyroid dysfunction, polycystic ovary syndrome (PCOS), or metabolic syndrome.
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It was 1846, when a young man lay on an operating table as doctors were ready to perform a surgery to remove a tumor from his neck. Then came a strange-smelling vapor. It was mix of ether and oil, and it filled the room. The man lying on the operation table did not flinch or cry out, there was no pain. When he woke up, it was as if nothing had happened.
This was the day that marked the dawn of general anesthesia. It was on this day today in 1846, that surgical anesthetic WTG Morton conducted the first successful demonstration of ether. Thus, this day is observed as the World Anesthesia Day.
Nearly two centuries later, scientists are still trying to figure out what actually happens to the brain when we under go anesthesia?
Anesthesia doesn’t simply make a person “fall asleep.” It creates a state where the brain disconnects from conscious awareness while vital body functions remain stable.
When the drug enters your bloodstream, it alters how the nerve cells in the brain communicate. Usually, a billion of neurons send and receive signals rapidly, and forms networks responsible for thinking, feeling, and awareness. However, when anesthesia enters the body, these signals slow down or stop and it disrupts the communication between key regions, such as the cortex, which is responsible for handling thought and sensory perception, and the thalamus, which is responsible for processing information from the body.
Furthermore, the brainwave pattern, which usually looks fast and varied on an EEG, shift into slower and larger waves. The mind actually "tunes out" losing its ability to form memories, sense time, or even to process pain.
While anesthesia is designed to create total unconsciousness, it’s a delicate balance. Too little, and traces of awareness can slip through, a phenomenon known as accidental awareness, where patients recall sounds, sensations, or pressure during surgery. It’s rare but can be distressing.
However, too much can make the brain enter a state of extreme suppression. In such cases, EEG readings show almost flat patterns, indicating that neurons have gone quiet. This can also raise the risk of confusion or cognitive issues after surgery, especially among older adults.
In most people, the fog clears within hours, but some experience short-term problems with memory or focus, known as post-operative cognitive dysfunction. In older patients, this sometimes extends into delirium — temporary disorientation or hallucinations caused by lingering changes in brain activity.
You do not immediately wake up, but the mind reboots in layers. High-order functions like reasoning and self-awareness are the first to recover, then attention, coordination, and reaction time.
Studies show that as the anesthetic wears off, brain activity gradually reconnects across different regions. Certain rhythms that dominate during unconsciousness fade, replaced by faster, more complex patterns as the brain resumes its normal communication. It’s as though the mind is reassembling itself, piece by piece.
Anesthesia does not just turn the brain off, but reshapes consciousness, suspending awareness, while also preserving life.
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The air quality in Delhi before Delhi has already reached beyond the 200 mark. The threshold is considered as 'poor'. The real-time Delhi's Air Quality Index (AQI) at 5.30am today was 233. Multiple areas in Delhi already recorded AQI above 300, categorizing it into 'very poor'.
Anand Vihar recorded 399 at AQI, while Dwarka Sector 8 was at 338, and Mathura Road at 311.
Also Read: 6 Warning Signs In Your Mouth That May Point To Heart Problems
The air quality is already worsening even before Diwali, this poses a risk for anyone who steps out. So, is there any right time to step out?
Dr Vivek Nangia, a Gurugram-based pulmonologist and a member of DocTube says that pollution levels tend to be slightly lower in the afternoon.
PM2.5 air pollution is highest in the morning and lowest in the afternoon. As per a 2023 study by an air filter brand, Delhi's air pollution peaked at 9AM and gradually improved as the day progressed.
On an average, Delhi sees roughly as half as much PM2.5 by 5PM. Similarly, in Kolkata, the pollution peaks at 8am and is lowered by 4PM. In Mumbai, the peak comes at 9am and is improved by 4pm. In the case of Chennai and Hyderabad, the peak comes at 8am with Pm2.5 at the lowest at 3pm or by noon.
"However, it is vital to wear well-fitted masks," says the doctor.
Noon is when the sun is at its peak, it heats the ground and causes warm air to rise and mix with the atmosphere. This helps to disperse pollutants. However, at night, the ground cools down and leads to a temperature inversion. This means that air neat ground becomes colder than the air above it, trapping pollutants close to the surface.
Also Read: World Spine Day 2025: Theme, Significance, And Origin
Choose the correct mask, experts suggest that we go with N99 and N100 masks, which provide higher filtration. They are more efficient than N95 masks. Dr Sandeep Nayar, Principal Director and HOD, Chest & Respiratory Diseases at BLK-Max Super Speciality Hospital explains that preferably N95 should be considered as normal surgical masks do not prevent you from getting exposed to smaller pollutants including PM2.5 particles which may directly enter your airways and may diffuse into the blood and affect all organs of body.
If you must step out, choose the afternoon time, as it is when the pollution is at its lowest.
To protect your eyes, wear sunglasses, use lubricating eye drops, stay indoors and keep the windows closed, practice eye hygiene and invest in an air purifier.
For your skin, cleansing, moisturizing, and protecting it with sunscreen. You must include antioxidants in your diet and may consider detoxifying treatments.
Continue to check AQI forecasts near your area and keep a note of it to know when to avoid going out. Unless it is absolutely necessary, only then step out.
You can naturally cleanse your nasal passage and lungs by taking a steam, practicing control coughing, drinking green tea, consuming anti-inflammatory food items, and by consuming honey. You can also try Yoga to improve your breathing and cleanse your lungs.
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While your mouth and heart may seem unrelated, medical science shows otherwise. There’s a deeper connection between oral and cardiovascular health than most people realize. Certain dental symptoms can act as early warning signs for heart-related issues. To better understand this link, we spoke with Dr. SS Sibia, Cardiologist and Director at Sibia Medical Centre, Ludhiana.
When people think of heart disease, they typically focus on chest pain, breathlessness, or fatigue. But some of the earliest red flags can appear inside the mouth. Several oral health issues are directly linked to cardiovascular conditions. Research has long shown a connection between gum health and heart disease, and ignoring these subtle clues could lead to serious consequences.
Also Read: Delhi Pollution: Multiple Areas Log 'Very Poor' Levels, When Is It The Safest Time To Be Out?
Here are six mouth symptoms that might point to an underlying heart condition:
Inflamed or bleeding gums often indicate gum disease (periodontitis), a bacterial infection of the tissues surrounding the teeth. Studies show that the bacteria responsible can enter the bloodstream, causing inflammation in blood vessels and contributing to artery blockages—a major factor in heart attacks.
Dr. Sibia explains: “Gum disease doesn’t just affect your mouth. It significantly raises the risk of cardiovascular complications. Persistent gum bleeding is a signal to visit both a dentist and a heart specialist.”
Losing teeth, particularly due to advanced gum disease, isn’t only about poor dental hygiene. It often reflects chronic inflammation in the body, which can increase the risk of heart attacks and strokes. Studies suggest people with fewer teeth due to gum infections are more likely to develop serious heart problems.
Ongoing bad breath (halitosis) may be more than just a dental concern. It can result from bacteria linked to gum disease, which is strongly connected to heart health. Bad breath may also indicate inflammation or internal infection, both of which place additional strain on the heart if untreated.
Frequent oral ulcers or infections that take unusually long to heal could point to poor blood circulation or a weakened immune system. These issues are commonly seen in heart patients or people with diabetes, who are already at higher risk for cardiovascular disease.
A dry mouth (xerostomia) may be a side effect of medications for heart disease or high blood pressure. In some cases, it could signal dehydration, diabetes, or reduced blood flow, all of which can strain the heart. Dryness also makes the mouth more vulnerable to infections, indirectly affecting heart health.
Discomfort in the jaw, especially the lower jaw, can sometimes indicate an impending heart attack, particularly in women. This pain may radiate from the chest or neck and is often mistaken for a dental problem. If jaw pain comes with breathlessness, sweating, or chest tightness, seek medical help immediately.
Dr. Sibia warns: “Heart attacks don’t always start with chest pain. For some, especially women, symptoms like jaw pain or mouth discomfort may be the first signs. Detecting them early can be life-saving.”
Regular dental visits, good oral hygiene, and attention to unusual changes can help detect potential heart issues early.
If you notice any of the signs above, don’t ignore them. Consult both a dentist and a cardiologist to ensure you’re not missing something serious. Timely check-ups, preventive care, and small lifestyle changes can significantly reduce your risk of heart disease.
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