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We all have days when you’re so hungry that you end up eating more than what your body allows. While it may seem satisfying at the moment, practically inhaling your food like that can cause you issues later on, like causing you bloating. You may have noticed how you get bloated after you eat food like ramen noodles and other processed snacks like chips etc., but what is that? Basically, you get bloated because there is a lot of air in your stomach. Bloating is that feeling of fullness or swelling in your abdomen, is often caused by gas buildup in your gut. While everyone swallows some air while eating and drinking, excessive air intake can lead to bloating, burping, and discomfort. Certain foods and drinks can also contribute to gas. Bloating can sometimes make your belly appear larger (distention) and can be uncomfortable or even painful. Though usually more of a nuisance than a serious medical issue, bloating after eating is often preventable.
The most effective way to combat post-meal bloating is to eat slowly and thoroughly chew your food. This helps prevent swallowing excess air, a common culprit behind bloating, especially for those who frequently burp. Thorough chewing also aids digestion by breaking food into smaller particles, making it easier for your gut to process.
This simple change can involve taking smaller bites, using smaller utensils, chewing your food more times before swallowing, or taking short breaks between bites to sip water or put down your utensils.
This practice offers additional benefits. Eating slowly can help you feel full with less food, which can be beneficial for weight management. It takes approximately 20 minutes for your brain to register fullness. Eating too quickly, on the other hand, is associated with weight gain.
Slowing down also helps you eat more mindfully. While it is understandable that sometimes you are eating because you have had a long day or no proper meal, when you are eating too quickly, not only are you not giving your body time to understand the amount of food it is consuming, causing you to overeat, but you are also not chewing properly, aiding to the inevitable bloating. Chewing properly allows you to focus on the aroma, flavors, and textures of your food. Mindful eating involves minimizing distractions and paying attention to your body's hunger and fullness cues without judgment. This practice can reduce stress and support healthy digestion by promoting relaxation.
Beyond slowing down, several other strategies can help prevent bloating. Eating smaller, more frequent meals prevents overloading your gut and reduces gas production. Remember to sit down and eat, avoiding eating on the go, which often leads to rapid eating and overconsumption. Regular exercise can also improve digestion and prevent bloating. Gentle activities like walking can be particularly helpful when you're feeling bloated. Massaging your stomach from right to left can also help release trapped gas.
Over-the-counter (OTC) medications like simethicone or charcoal capsules can provide relief. If you're also experiencing constipation, consult your doctor. While fiber is generally beneficial, insoluble fiber (found in the outer layers of plant foods like whole grains, nuts, and seeds) can sometimes exacerbate bloating and gas. Soluble fiber supplements, such as psyllium, are often better tolerated.
Several habits can contribute to bloating and should be avoided or limited. These include chewing gum, sucking on hard candy, drinking carbonated beverages, using a straw, and talking while eating or drinking. All of these can increase the amount of air you swallow. Certain carbohydrates can also trigger gas production in some individuals. When these carbohydrates reach the large intestine, bacteria break them down, leading to gas. Consuming too much fiber or high-fat foods can also contribute to bloating. If you suspect specific foods are triggering your bloating, consult your healthcare provider or a registered dietitian for personalized advice.
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Leaving Delhi for a city with cleaner air could be a health-smart decision as it can reduce your exposure to harmful pollutants. But just because you are away from the smog, it does not mean the health effects from years of inhaling polluted air will recover overnight.
That brings us to an important question. How long do lungs take to recover after living in an excessively polluted environment?
Air pollution, particularly fine particulate matter known as PM2.5, triggers inflammation and oxidative stress throughout the body. This can directly impact the lungs, heart, blood vessels and even the brain.
The World Health Organization says long-term exposure to air pollution increases the risk of serious disorders like heart disease, stroke, chronic obstructive pulmonary disease (COPD) and lung cancer. That is why relocating could be beneficial without necessarily being a complete reset for the body.
Also read: Delhi Air Pollution Is Back: What Days Of Poor AQI Can Do to Your Lungs
The key difference to note here is between ongoing exposure and the damage that exposure may have contributed to. Once someone moves to a place with cleaner air, they are no longer receiving the same daily dose of pollutants. This can alleviate the ongoing inflammatory burden due to toxic air significantly.
But if years of exposure have contributed to changes in lung function, blood vessels or cardiovascular health, those effects may take much longer to recover, and some chronic disease may not even be completely reversible.
A recent study examining Delhi’s pollution between 2019 and 2023 found that PM2.5 levels exceeded India’s national daily standard on roughly 60% of measurements and the WHO daily guideline on almost all days.
Researchers also found that particles deposited deep in the lungs can be cleared much more slowly than larger particles, sometimes over weeks to years.
Also read: Children, Adults & Seniors: How Lung Health Risks Change Across Life Stages
PM2.5 particles are small enough to travel deep into the respiratory system. Some particles can reach the alveolar regions of the lungs, where clearance and recovery are slower. Constant exposure can also keep irritating the airways, worsening conditions like asthma and contributing to long-term respiratory disease.
WHO notes that short-term exposure can aggravate asthma and increase respiratory infections, while chronic exposure is associated with diseases such as COPD and lung cancer.
The consequences of air pollution on health are not just limited to breathing. PM2.5 can contribute to inflammation and oxidative stress, while some particles can enter into the bloodstream. This can affect blood vessels and the cardiovascular system.
Long-term exposure has also been associated with atherosclerosis, heart attacks and stroke, among other cardiovascular outcomes. The US Environmental Protection Agency says evidence links both short and long-term PM2.5 exposure with changes in heart and blood-vessel function and with cardiovascular disease.
Reducing exposure could be an excellent health intervention to start the recovery process. Once a person is no longer repeatedly exposed to high concentrations of PM2.5 and other pollutants, the body is no longer subjected to its active effects.
But recovery also depends on what has happened during the years of exposure. Temporary inflammation or irritation may improve after exposure falls, while structural changes or chronic diseases may persist for quite a while even after moving away.
It is therefore more accurate to think of relocation as reducing future exposure rather than expecting to escape pollution health effects scot-free.
Delhi’s pollution crisis is not confined to a few extremely bad winter days. Research analysed five years of AQI data and found persistently high PM2.5 and PM10 concentrations. It also found that pollution generally worsened during post-monsoon and winter months. Evening commuting periods also produced higher particulate deposition than morning periods.
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In my 13 years of working with clients as a trauma-informed consulting psychologist, I have often noticed that people recognise nervous-system overload only after their body forces them to slow down.
Until then, they may describe themselves as “too sensitive”, “lazy” or “unable to cope”. In reality, these reactions are often the nervous system’s attempt to protect us.
Our nervous system continually assesses whether we are safe. When stress feels persistent or overwhelming, the body may move into fight or flight.
We might become irritable, restless, anxious or unusually controlling. The heart may race, muscles tighten and sleep become disturbed. At other times, the system may shift towards freeze or shutdown, showing up as exhaustion, emotional numbness, procrastination, forgetfulness or a strong desire to withdraw.
Also read: LSD-Based Treatment Clears Second Phase 3 Trial: Could It Be The First New GAD Drug In 2 Decades?
For example, someone who becomes disproportionately angry over a minor delay may not simply have an “anger problem”; their system may already be carrying days or months of accumulated stress. Another person may sit before a simple email for hours, unable to respond.
What looks like avoidance may actually be a freeze response. Some people remain highly productive while feeling disconnected from their bodies, until headaches, digestive difficulties or fatigue begin demanding attention.
These signs do not automatically indicate trauma or a mental health condition. They are invitations to become curious: What has my system been carrying? When did I last feel rested, supported or genuinely safe?
If you notice these patterns, begin gently. Reduce unnecessary stimulation, eat regularly, protect your sleep and spend time with people around whom you do not have to perform. Slow breathing—particularly allowing the exhale to be longer—may help signal safety. You can also look around the room, notice your feet on the floor and name what you can see and hear. Small, repeated experiences of safety are often more helpful than forcing yourself to “calm down”.
If symptoms persist, interfere with daily life or feel difficult to manage alone, speaking with a trauma-informed therapist can help you understand the patterns beneath them. Therapy is not only for moments of crisis; it can offer a safe space to listen to what the nervous system has been communicating all along.
The body is rarely working against us. Often, it is asking for care in the only language it knows.
By Ms Arouba Kabir, Psychologist & Therapist, Founder - Enso Wellness
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Someone who is dying may start to their loved ones who passed away years ago. This could be unsettling and confusing for families and relatives who may assume that the person is just hallucinating or undergoing a deeper neurological issue.
But hospice physician Dr Christopher Kerr says such experiences are a known phenomenon called end-of-life dreams and visions (ELDVs). Kerr, chief medical officer of Hospice Buffalo, has spent decades studying these experiences in dying patients extensively.
Appearing on The Oprah Podcast, he told Oprah Winfrey that many patients near death describe seeing deceased relatives or people who cared for them during their lives. The experiences can feel completely real to them.
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One of the possibilities is that the brain experiences significant changes as the body starts to shut down.
Alterations in sleep, consciousness, metabolism, oxygen levels, medications, and brain chemistry can all affect perception during the final stages of life.
Dr. Rakesh Lalla, Additional Director - Neurology, Fortis Hospital, Mumbai, told HealthandMe, " These visions could be explained by the alterations that occur within the brain as the body starts to close down. Due to oxygen deprivation and altered brain activity, the brain would process memories, feelings, and stimuli differently. The areas responsible for memory processing and vision could become stimulated or disrupted, which could result in some vivid visions or experiences."
The expert also said that these visions do not mean that the person has a neurological or psychiatric issue.
Dr. Lalla said, "They do not necessarily mean that the person is confused or suffering from a psychiatric condition. In many cases, they are brief, peaceful, and emotionally meaningful to the individual. We still do not fully understand why particular people or memories appear."
The neurologist also advised families to stay supportive and calm during such situations.
He added, "The brain’s complex relationship between memory, emotion and perception is likely to play an important role. For families, the key is to remain calm, listen without dismissing the experience, and provide reassurance and comfort."
Also read: Global Life Expectancy Returns To Pre-Pandemic Levels, But NCDs Resulted In 8 Out 10 Deaths: WHO
Experts who have been studying ELDVs have also found that these experiences have some distinctive patterns that do not resemble random hallucinations.
In a 2014 longitudinal study led by Kerr, most of the 59 hospice patients who completed the study reported at least one dream or vision. Almost half occurred during sleep, and nearly all patients said the experiences felt real. The most common involved deceased friends or relatives or other loved ones. In fact, comforting visions of deceased people became more common as patients moved closer to death.
A 2026 systematic review of 13 studies similarly found that ELDVs occurred in at least one in five dying adults.
The National Institute on Aging also states that dying people may appear to see or talk to someone who is not present and may report dreams involving deceased relatives or friends. Such experiences are often comforting, and caregivers are generally advised not to immediately correct or challenge the person.
Kerr said that patients seeing deceased loved ones in their visions appeared calmer afterward. His research suggests that these experiences may carry deep emotional meaning for patients.
“Very little is said between the person in the dream and the dreamer, but everything seems to be understood,” Kerr told Oprah.
Scientists still cannot say exactly what produces these experiences or whether they represent anything beyond changes occurring in the dying brain.
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