Dr. Amitabh Sarmah Profile

14 Nov
2025

Workplace Stress And Rising Diabetes Risk Among India’s Working-age Adults

Introduction India’s workforce is the backbone of the nation’s economic growth, but behind the glowing screens, endless meetings, long commutes, and rising corporate expectations lies a dangerous and silent health threat: workplace stress leading to diabetes. With India already known as the “diabetes capital of the world,” the rapid increase in diabetes cases among young and middle-aged professionals is alarming. High-pressure work environments, long working hours, tight deadlines, job insecurity, limited physical activity, unhealthy eating habits, lack of sleep, and chronic mental fatigue all contribute to rising blood sugar levels. Employees in corporate offices, IT companies, startups, financial institutions, manufacturing units, and service industries are increasingly reporting symptoms of diabetes in their 20s, 30s, and early 40s. This article explores why workplace stress is deeply linked to diabetes, how stress hormones alter blood sugar, the lifestyle habits that worsen this risk, the impact on India’s working-age population, early warning signs, prevention strategies, and when to seek medical help. Written in easy, relatable language, this guide is tailored for Indian professionals navigating hectic routines. Understanding Workplace Stress Workplace stress is the emotional, physical, and mental strain caused by job-related pressures. While occasional stress is normal, chronic stress affects the body profoundly. Common triggers include: Tight deadlines Long working hours High workload Unrealistic targets Poor work-life balance Lack of recognition Job insecurity Toxic work culture Long commute times Shift work or night duty Constant digital overload Chronic workplace stress disrupts hormones, sleep, and metabolism, creating the perfect environment for diabetes to develop. How Workplace Stress Increases Diabetes Risk Stress affects the body through powerful biochemical pathways. When stressed, the body releases “fight or flight” hormones such as cortisol, adrenaline, and noradrenaline. These hormones: Increase blood sugar levels Reduce insulin sensitivity Increase inflammation Slow metabolism Increase abdominal fat Raise blood pressure Increase cravings for sugar or carbs This chain reaction directly increases the risk of Type 2 diabetes. Even people who eat well and exercise may experience rising sugar levels due to chronic stress. Cortisol: The Stress Hormone Behind Rising Blood Sugar Cortisol plays a major role in metabolism and blood sugar regulation. In stressful workplaces, cortisol is constantly elevated. Effects of high cortisol include: Increased glucose production Reduced insulin effectiveness More belly fat Frequent fatigue Irregular sleep patterns Increased hunger Higher risk of metabolic syndrome The longer cortisol stays high, the stronger the risk of prediabetes and diabetes. Impact of Long Working Hours on Diabetes Risk India has one of the highest average work hours globally. Long working hours lead to: Less time for meals More snacking Reduced physical activity Increased fatigue Poor sleep Higher stress Employees working 10–12 hours daily have almost double the diabetes risk compared to those working 6–8 hours. Sedentary Lifestyle and Diabetes Among India’s Workforce Most Indian professionals sit for 8–12 hours a day. Sedentary behaviour reduces calorie burn and slows metabolism. Long hours of sitting cause: Weight gain Poor posture Increased abdominal fat Sluggish blood circulation Reduced insulin sensitivity Higher stress and fatigue Even 30 minutes of sitting still reduces muscle activity significantly. Unhealthy Eating Habits in the Workplace Office culture often revolves around tea breaks, snacks, parties, and irregular meals. Common unhealthy habits: Skipping breakfast Late-night dinners Junk food deliveries Sugary tea/coffee Packed biscuits/chips High-calorie cafeteria meals Weekend overeating after a stressful week Daily consumption of high-glycaemic foods leads to sugar spikes and insulin resistance. The Role of Mental Health in Diabetes Risk Mental health issues like anxiety, burnout, depression, and emotional exhaustion can directly increase diabetes risk. Effects include: Emotional eating Reduced motivation to exercise Poor sleep Higher cortisol Hormonal fluctuations Employees with untreated mental health issues are more likely to develop metabolic disorders. How Lack of Sleep Affects Blood Sugar Many professionals sleep less than 6 hours due to workload, screen time, or stress. Sleep is essential for metabolism and hormone regulation. Sleep deprivation causes: Increased cortisol Higher blood sugar Increased hunger Poor decision-making Reduced insulin sensitivity Just 3 nights of poor sleep can significantly raise blood sugar levels. The Risk Among India’s Working-Age Adults India’s workforce aged 25–45 is seeing a rapid rise in diabetes cases. Reasons: High-intensity jobs Competitive corporate environment Shift work and night shifts Digital stress Social pressure Financial commitments Modern sedentary living More than 60% of corporate employees report at least one risk factor for diabetes. Industries With Highest Risk IT and software Finance and banking Customer support/BPO Healthcare workers Travel and tourism Retail and sales Startups Teaching and academia Night-shift workers are at highest risk due to circadian rhythm disruption. Early Warning Signs of Workplace Stress-Induced Diabetes Employees may mistake early symptoms for tiredness. Warning signs include: Frequent hunger Sugar cravings Weight gain Fatigue Slow healing of wounds Frequent urination Excessive thirst Mood swings Migraines Brain fog Tingling in hands/feet Sleep issues Low energy after meals Ignoring these signs can lead to prediabetes or diabetes. Diagnosis and Medical Tests Doctors may recommend: Fasting blood sugar Post-meal blood sugar HbA1c test Cholesterol profile Liver function test Kidney test Thyroid profile Vitamin D & B12 levels ECG if palpitations occur Early testing can help prevent serious complications. Preventing Diabetes Caused by Workplace Stress Small lifestyle changes can make a big difference. Practical Stress Management Strategies Deep breathing exercises Yoga and stretching 10-minute walking breaks Delegating tasks Setting work boundaries Avoiding perfectionism Taking short breaks Listening to calming music Practicing mindfulness Healthy Eating Habits for Working Adults Eat breakfast daily Carry home-cooked meals Choose low-carb snacks Avoid sugary tea/coffee Maintain fixed meal timings Drink enough water Add fruits and nuts Exercise Tips for Busy Professionals Walk 5–10 minutes every hour Do desk exercises Take stairs instead of lifts Try resistance band workouts Follow 20–30 minute home workouts Weekend outdoor activities Correcting Sleep Habits Sleep 7–8 hours Reduce screen time Maintain fixed sleeping schedule Avoid late-night meals Use dim lights Avoid caffeine at night When to See a Doctor Seek help if you experience: Persistent fatigue Sudden weight gain Constant stress Irregular sleep High BP Anxiety or depression Frequent thirst or urination Family history of diabetes Early treatment prevents severe complications. Long-Term Complications if Not Managed If workplace stress and diabetes risks are ignored, complications may include: Heart disease Kidney disease Eye problems Nerve damage High blood pressure Stroke Reduced work productivity Mental burnout Early disability 50 FAQs on Workplace Stress & Diabetes Why does workplace stress increase diabetes risk? Chronic stress raises cortisol, increasing blood sugar. Can long working hours cause diabetes? Yes, extended hours increase fatigue and insulin resistance. Does sitting too long affect sugar levels? Yes, sitting reduces metabolism and increases diabetes risk. Can stress cause diabetes even in healthy people? Yes, chronic stress can lead to insulin resistance. Why is diabetes rising among young Indian professionals? Workload, sedentary habits, poor diet, and stress. Does skipping meals increase diabetes risk? Yes, it causes sugar fluctuations. Can night shifts lead to diabetes? Night shifts disrupt circadian rhythm, raising risk. Are IT professionals at high risk? Yes, due to long sitting hours and screen stress. Can stress cause prediabetes? Yes, stress hormones increase insulin resistance. Do stress-relief techniques help? Yes, they lower cortisol and improve sugar control. What is the best exercise for office workers? Walking, stretching, and short home workouts. Does sleep affect blood sugar? Yes, poor sleep increases sugar levels. Does tea/coffee increase diabetes risk? Excess sugary tea/coffee contributes to weight gain. Can office snacks cause diabetes? Frequent sugary or fried snacks increase risk. Does emotional eating worsen sugar levels? Yes, it causes glucose spikes. Can meditation lower diabetes risk? Yes, by reducing stress. Is workplace burnout harmful to health? Yes, it increases cortisol and diabetes risk. Do women face more workplace stress-related diabetes? Women experience hormonal and workload factors. Does job insecurity increase diabetes risk? Yes, it increases mental stress. Can frequent deadlines cause high sugar? Yes, they cause repeated cortisol surges. Does obesity increase workplace diabetes risk? Yes, especially abdominal fat. How does financial stress affect diabetes? It increases emotional tension and sugar levels. Can long commutes contribute to diabetes? Yes, they reduce relaxation and exercise time. Are people with hypertension at higher risk? Yes, stress affects both BP and sugar. Do mobile screens affect sleep and sugar? Yes, blue light disrupts sleep and metabolism. What office habits prevent diabetes? Water breaks, walking, healthy snacks. Should working professionals get annual blood tests? Yes, especially aged 25 and above. Do corporate wellness programs help? Yes, they reduce stress and improve activity. Can breathing exercises control stress levels? Yes, they calm the nervous system. Are startup employees at higher risk? Yes, due to long hours and pressure. Can workplace bullying raise sugar? Yes, it increases chronic stress. Does lack of sunlight affect hormones? Yes, reducing vitamin D and affecting insulin. Does dehydration affect sugar? Yes, it increases glucose concentration. Can work-from-home cause diabetes risk? Yes, due to inactivity and irregular meals. Can stress cause weight gain? Yes, cortisol increases appetite. Are freelancers also at risk? Yes, due to irregular routine and stress. Can technology overload cause stress? Yes, leading to hormonal imbalance. Does frequent travel increase diabetes risk? Yes, due to disrupted routine and diet. Does high sugar automatically mean diabetes? Not always—tests are needed. Can stress cause BP and sugar together? Yes, both rise under pressure. How does sleep improve sugar control? It balances hormones and metabolism. Does laughter reduce stress? Yes, it lowers cortisol. Can employees reverse prediabetes? Yes, with lifestyle changes. Should employees get mental health support? Yes, it reduces stress-related disease. Can stress affect thyroid? Yes, causing metabolism issues. Are managers more at risk? Leadership roles often carry higher stress. Can yoga prevent diabetes? Yes, by improving metabolism and reducing stress. Should companies promote wellness breaks? Yes, they reduce chronic disease risk. Can stress-triggered diabetes be controlled? Yes, with proper lifestyle and medical care. When should a stressed employee see a doctor? Persistent fatigue, high sugar, sleep issues, or anxiety. Conclusion Workplace stress has become a serious health concern for India’s working-age adults. Long hours, lifestyle changes, mental pressure, and sedentary habits contribute heavily to rising diabetes cases. But with early awareness, simple routines, healthy eating, stress reduction, and regular medical screening, diabetes caused by workplace stress can be prevented or effectively managed. Taking care of your health is not a luxury — it’s essential for long-term career success, productivity, and quality of life. Quickobook CTA If you're noticing stress-related symptoms or early signs of diabetes, book a consultation with a General Physician, Endocrinologist, or Diabetologist on Quickobook. Fast appointments. Verified doctors. Convenient follow-ups. Disclaimer: This blog is for educational purposes only. It should not replace medical consultation. Always consult a doctor for personalized guidance.

14 Nov
2025

Health

10 Health Problems You Should Never Ignore After 30

Introduction Crossing the age of 30 is a major milestone. Life becomes busier, responsibilities increase, and health slowly shifts in silent ways. Many Indians ignore early symptoms, assuming they are due to stress, workload, or lack of rest. But after 30, your body begins showing warning signs related to heart health, mental health, metabolism, hormones, bones, and immunity. A general physician (GP) becomes extremely important at this stage. They help detect lifestyle diseases early, guide regular checkups, and prevent long-term complications. Ignoring symptoms after 30 can lead to diabetes, hypertension, depression, heart attacks, infertility, chronic pain, and more. This guide covers the 10 health problems you should never ignore after 30, why they happen, how to identify them, and what a GP recommends for early management. 10 Health Problems You Should Never Ignore After 30 1. High Blood Pressure (Hypertension) Overview Hypertension is rising sharply in India due to stress, lack of sleep, high-salt diets, and sedentary lifestyles. Many people discover it only after a complication. Symptoms Headaches Chest heaviness Irritability Fatigue Dizziness Why It Matters Uncontrolled BP can silently damage your heart, kidneys, and brain. Diagnosis Regular BP checks with a general physician. Treatment Diet changes, exercise, weight control, and medicines if prescribed. 2. Prediabetes and Diabetes Symptoms Frequent urination Increased thirst Sudden tiredness Slow wound healing Risks Diabetes after 30 is extremely common, especially among Indians with a family history. Management Blood sugar tests every 6–12 months, early lifestyle changes, and diabetic screening. READ ALSO: World Diabetes Day 2025: Surviving Winter With Diabetes; Expert Tips For Better Control 3. Thyroid Disorders Common After 30 Women are especially at risk. Symptoms Weight gain or loss Hair fall Mood swings Menstrual irregularities Weakness Treatment Thyroid profile testing + medication as per doctor’s advice. 4. Vitamin D & B12 Deficiency Desk jobs, lack of sunlight, and poor diets make deficiencies very common. Symptoms Fatigue Muscle cramps Tingling Low mood Prevention Balanced diet, supplements (only if advised), sunlight exposure. 5. High Cholesterol Often symptomless but dangerous. Risks Can cause heart attacks even in the early 30s. Diagnosis Lipid profile every year. What Helps Low-oil cooking, avoiding fried food, regular exercise. 6. Chronic Fatigue & Low Energy Levels Fatigue after 30 is not “normal”. It may indicate anemia, thyroid issues, burnout, or mental health concerns. When to See a GP If tiredness persists despite rest. 7. Mental Health Problems (Anxiety, Depression, Burnout) — Most Ignored After 30 Doctors warn this is one of the biggest silent health concerns today. Why It Spikes After 30 Work pressure Family responsibilities Financial stress Parenting Hormonal changes Symptoms Constant worry Irritability Sleep problems Loss of interest Overthinking Appetite changes Why Ignoring It Is Dangerous Mental health affects heart health, immunity, digestion, relationships, and productivity. What Helps Talking to a GP or mental health specialist, therapy, routine changes, mindfulness, and reducing screen time. 8. Joint Pain & Early Arthritis Causes Sitting too long Lack of exercise Weight gain Old injuries Symptoms Knee pain Stiffness Back pain Neck strain Management Physiotherapy, posture correction, strengthening exercises. 9. Stomach Problems (Acidity, IBS, Fatty Liver) Due to spicy food, stress, irregular meals, and poor sleep. Symptoms Bloating Gas Stomach discomfort Acidity Constipation Why It Matters Fatty liver is now seen in people as young as 28–35 in India. 10. Heart Problems (Chest Pain, Palpitations) Heart attacks in young adults are increasing at an alarming rate in India. Symptoms You Should NEVER Ignore Chest pain Jaw/arm pain Shortness of breath Sweating Palpitations Immediate step Visit a general physician or emergency care immediately. Causes: Why Health Problems Increase After 30 Stress and work pressure Poor diet Sedentary lifestyle Lack of regular checkups Hormonal changes Sleep deprivation Increased responsibilities Genetic tendencies Diagnosis: Tests You Must Do Yearly After 30 A general physician will usually advise: Complete Blood Count (CBC) Thyroid profile Fasting blood sugar & HbA1c Lipid profile Liver & kidney function tests Vitamin D & B12 ECG Urine tests Treatment & Management Early diagnosis Lifestyle modifications Stress management Medicines (only if doctor recommends) Physiotherapy Mental health counselling Regular checkups Lifestyle Tips for Better Health After 30 Sleep 7–8 hours 30–45 minutes of exercise Limit sugar & salt Eat home-cooked meals Stay hydrated Practice yoga or meditation Reduce screen time Avoid smoking & excessive alcohol Prevention: What Doctors Recommend Annual health checkup Routine assessment with a GP Balanced diet Weight control Mental health awareness Adequate physical activity When to See a General Physician Seek immediate medical help if you notice: Persistent fatigue Chest pain Irregular heartbeat Sudden mood changes Unexplained weight changes Chronic pain Sleep disturbances Digestive issues Risks & Complications If Ignored If left untreated, these conditions can lead to: Heart attack Stroke Kidney damage Infertility Severe depression Liver failure Diabetes complications Chronic joint disability Conclusion Turning 30 does not mean your health has to decline. It simply means you must become more aware of what your body needs. Small symptoms today can become serious diseases in the future if ignored. A general physician is your first line of protection—whether it’s mental health concerns, fatigue, hormonal issues, heart risks, or joint pain. Regular checkups, early screening, and mindful living can keep you healthy for decades ahead. Quickobook CTA Looking for a trusted general physician near you? Book appointments instantly on Quickobook — verified doctors, transparent fees, and no waiting lines. ???? Find a GP in your city today on Quickobook. Disclaimer This blog is for educational purposes only. It does not replace medical advice, diagnosis, or treatment. Always consult a qualified doctor for personal health concerns. 50 FAQs (Q / A — max 3 sentences each) What are the most common health issues after 30? High BP, diabetes, thyroid issues, mental health problems, and joint pain become more common after this age. Why does health start changing after 30? Metabolism slows, stress increases, and lifestyle habits catch up with the body. Can mental health issues start at 30? Yes, anxiety and depression peak in early adulthood due to life pressures. How often should a 30-year-old visit a general physician? At least once every 6–12 months. Is weight gain normal after 30? Some gain is normal, but sudden or excessive weight gain may indicate hormonal issues. What are silent symptoms I should not ignore? Fatigue, chest discomfort, mood changes, and irregular heartbeat. Are yearly blood tests necessary after 30? Yes, to detect early lifestyle diseases. Does stress really affect health? Chronic stress impacts heart, hormones, digestion, and mental health. Can heart attacks happen in the early 30s? Unfortunately, yes—especially in India. What is the earliest sign of diabetes? Excess thirst and frequent urination. Can anxiety cause physical symptoms? Yes, including chest heaviness, palpitations, and headaches. Does vitamin deficiency cause weakness? Yes, especially Vitamin D and B12 deficiency. Is joint pain normal at 30? Occasional pain may occur, but frequent pain must be checked. How does lifestyle affect health after 30? It directly influences weight, hormones, heart health, and mental stability. What foods should I avoid after 30? High-sugar, high-salt, fried foods, and processed snacks. Is sleep important for health after 30? Yes, lack of sleep affects immunity and metabolism. Does thyroid affect mental health? Yes, thyroid imbalance can cause anxiety and depression. Can stress cause high BP? Yes, stress is a major contributor. Are digestive issues common after 30? Yes, due to irregular meals and stress. Should I take supplements after 30? Only if prescribed by a doctor. Can fatty liver occur at 30? Yes, very commonly in India. What is prediabetes? A condition where blood sugar is high but not yet diabetic. Can overwork harm health? Yes, leading to burnout and hormonal imbalance. How do I know if anxiety needs treatment? If it affects daily life, relationships, or sleep. Is walking enough exercise after 30? It helps, but strength training is also important. Why do women face more health issues after 30? Due to hormonal changes and lifestyle demands. Can men have mental health issues at 30? Yes, often unreported due to stigma. What tests should women after 30 do? Thyroid, CBC, vitamin levels, and reproductive hormone tests. Can acidity be a serious issue? Yes, frequent acidity may indicate GERD. What causes sudden fatigue? Anemia, thyroid issues, stress, or vitamin deficiency. Is back pain a concern after 30? If persistent, get evaluated. Does mental stress affect heart health? Yes, emotional stress increases heart attack risk. How to reduce workplace stress? Breaks, breathing exercises, and proper planning. Can poor posture cause long-term pain? Yes, especially neck and back pain. Should I avoid oil completely? No, use healthy oils in moderation. Is alcohol harmful after 30? Excessive drinking harms liver and heart. What is normal BP for a 30-year-old? Around 120/80 mmHg. Can relationships affect mental health? Yes, unhealthy relationships cause emotional stress. Does screen time impact health? Yes, it affects sleep, eyes, and mental health. Why do headaches increase after 30? Stress, dehydration, and eye strain. What are signs of burnout? Exhaustion, irritability, and lack of motivation. Can lack of sleep cause weight gain? Yes, it affects metabolism. What is the link between mental and physical health? Poor mental health worsens physical conditions. Do I need a GP if I’m healthy? Yes, for preventive checkups. Can dehydration cause dizziness? Yes, very commonly. What is emotional exhaustion? A deep sense of mental fatigue due to stress. Can obesity start after 30? Yes, metabolism slows down. What are early signs of heart issues? Chest discomfort, short breath, or palpitations. How can I stay healthy after 30? Eat well, exercise regularly, and monitor health. Is it okay to ignore mild symptoms? No, early detection prevents complications.

14 Nov
2025

Health

Why Are Women At A Higher Risk Of Severe Long Covid Than Men?

Introduction Long COVID has emerged as one of the most significant COVID complications in recent years, affecting millions of people worldwide—even long after the initial infection has resolved. While both men and women can develop long COVID, research consistently shows that women are more likely to experience persistent or severe long COVID symptoms, particularly those related to fatigue, brain fog, hormonal imbalance, autoimmune flare-ups, and mental health challenges. In India as well, healthcare professionals have observed that women—especially between the ages of 20 and 50—show a higher tendency to develop sustained symptoms weeks or even months after recovering from the virus. This raises important questions: Why are women more at risk? What makes their experience different? How do biology, hormones, immunity, and lifestyle interact to create this vulnerability? This comprehensive guide explains the science behind gender differences in long COVID, the most common symptoms in women, risk factors, diagnosis, treatments, lifestyle tips, and when to seek medical help. Written in simple, patient-friendly language, this blog is designed to help Indian women understand their bodies better and take informed steps toward recovery. What Is Long COVID? Long COVID refers to symptoms that continue for weeks or months after the initial COVID-19 infection has resolved. These symptoms can affect multiple organs and may appear even after a mild or asymptomatic infection. Commonly used terms include: Post-COVID syndrome Post-acute COVID Long-haul COVID Post-COVID complications According to recent reports, 10–30% of people infected with COVID-19 develop long COVID, but the percentage is significantly higher in women. Why Women Are More Prone to Long COVID Several factors—biological, hormonal, genetic, and social—combine to increase the risk of long COVID in women. Here are the major reasons: Stronger but More Reactive Immune Systems Women naturally have a stronger immune system than men, which helps them fight viruses more effectively. However, this also increases the risk of an overactive immune response, which may contribute to long-lasting inflammation after COVID. An overly active immune system may cause: Fatigue Muscle pain Joint stiffness Brain fog Persistent inflammation affecting heart, lungs, and nerves This immune “overdrive” is one of the leading explanations for the higher prevalence of long COVID in women. Hormonal Influence, Especially Oestrogen Hormones play a major role in modulating the immune system. Oestrogen, the dominant female hormone, boosts immunity and increases inflammatory responses. In long COVID, this heightened sensitivity can worsen symptoms. Women may notice stronger symptoms: Before periods During perimenopause During menopause After pregnancy During hormonal therapies Fluctuating hormones can intensify long COVID symptoms like fatigue, mood swings, headaches, and joint pain. Autoimmune Predisposition Women are far more likely than men to develop autoimmune diseases like: Thyroid disorders Lupus Rheumatoid arthritis Multiple sclerosis Because long COVID behaves like an autoimmune condition in many patients, this predisposition makes women more vulnerable. The virus may trigger: Autoimmune flare-ups New autoimmune reactions Chronic inflammation Muscle weakness Heart palpitations Higher Risk During Reproductive Years Studies show that women aged 25–50 report the highest rates of long COVID. This age group experiences: Active menstruation cycles Pregnancy Postpartum changes Family and professional stress These factors increase the chances of hormonal imbalance and immune fluctuation. Impact of Stress and Mental Health Women often face higher levels of chronic stress due to work, family responsibility, caregiving roles, and societal expectations. Stress weakens immunity and worsens long COVID symptoms such as: Anxiety Sleep problems Brain fog Fatigue Depression Cortisol imbalance may delay complete recovery. Differences in Body Composition Women usually have: Higher body fat percentage Different metabolic rates Different fat distribution These factors influence how the virus affects the body and how the immune system responds. Body fat stores inflammatory molecules, which play a role in long COVID severity. Social and Diagnostic Factors Women’s symptoms are often underdiagnosed or dismissed as: Anxiety Hormonal issues Stress Psychosomatic symptoms This can delay proper evaluation and treatment, causing symptoms to persist longer. Common Long COVID Symptoms in Women Women experience a wide range of symptoms, some more frequently than men. Most common ones include: Severe fatigue Brain fog Memory issues Rapid heartbeat Shortness of breath Chest discomfort Joint pain Hair fall Menstrual irregularities Anxiety Depression Insomnia Loss of smell or taste Digestive problems Low energy after minor tasks Dizziness Women with pre-existing conditions like PCOS, thyroid disorders, anaemia, or asthma may have more severe symptoms. Menstrual and Reproductive Health Effects Long COVID can affect the menstrual cycle and reproductive system. Some reported issues include: Delayed periods Heavier periods Irregular cycles Increased cramps Spotting Lower fertility markers Aggravation of PCOS Worsened PMS These symptoms often relate to inflammation and hormonal imbalance triggered by long COVID. Heart and Circulation-Related Symptoms in Women Women may be more prone to cardiovascular long COVID complications such as: Palpitations Chest tightness POTS (Postural Orthostatic Tachycardia Syndrome) Shortness of breath Lightheadedness These may worsen during periods or menopause. Mental Health Impact on Women Women report higher psychological distress during and after COVID. Common experiences include: Low mood Constant worry Sleep disturbance Difficulty concentrating Emotional sensitivity Stress fuels inflammation, creating a cycle that delays recovery. Diagnosis of Long COVID in Women There is no single test for long COVID. Diagnosis is based on symptoms that persist beyond 4–12 weeks after infection. Doctors may recommend: Blood tests Vitamin levels Hormonal panel Thyroid tests Lung function tests ECG or Holter Echocardiography Chest X-ray or CT scan MRI brain if needed Autoimmune screening Tracking symptoms in a diary can help the doctor make a clearer diagnosis. Treatment for Long COVID in Women Treatment focuses on managing symptoms and supporting recovery. Common approaches include: Medication Support Anti-inflammatories Supplements (vitamin D, vitamin B12, zinc) Hormonal balancing if needed Thyroid medication Nebulisation Allergy medications Sleep support medicines if prescribed Therapies Breathing physiotherapy Heart rehabilitation Cognitive behavioural therapy Mental health counselling Pelvic floor therapy for reproductive concerns Physical therapy for muscle weakness Lifestyle Adjustments Low-inflammatory diet Adequate rest Structured exercise Stress management Sleep hygiene Treatment should always be customized. Lifestyle Tips to Reduce Long COVID Symptoms Balanced Diet Fresh vegetables and fruits High-quality protein Hydrating foods Healthy fats Avoid sugary and processed foods Breathing Exercises Diaphragmatic breathing Pursed-lip breathing Anulom-vilom Deep lung expansion techniques Mind-Body Techniques Yoga Meditation Journaling Relaxation therapy Physical Activity Slow walking Stretching Light strengthening Pacing strategies Avoid pushing too hard Sleep Routine Reduce screen time Fixed sleep schedule Warm bath Calm environment When to See a Doctor Seek medical help if symptoms worsen or persist beyond 4 weeks after COVID. Urgent symptoms include: Persistent high heart rate Severe shortness of breath Chest pain Fainting Extreme fatigue Depression or anxiety Irregular periods Hair fall with scalp changes Worsening headaches Lightheadedness Very low energy after simple tasks Early treatment improves recovery. Risks & Complications in Women If ignored, long COVID may cause: Chronic fatigue syndrome Depression Anxiety disorders Heart rhythm issues Autoimmune flare-ups Hormonal imbalance Fertility disruptions Long-term lung changes Persistent inflammation Decreased quality of life Long COVID can affect daily activities, work performance, emotional well-being, and family responsibilities. 50 FAQs on Women and Long COVID Why are women more likely to get long COVID? Because their immune systems are stronger and more reactive. Does long COVID affect women differently? Yes, women often have more fatigue, hormone changes, and autoimmune symptoms. Can hormones make long COVID worse? Yes, oestrogen fluctuations can intensify symptoms. Are women in their 20s–40s at higher risk? Yes, due to active hormonal cycles. Do periods worsen long COVID symptoms? Many women report increased fatigue and pain around menstruation. Can long COVID affect fertility? It may temporarily affect menstrual cycles or ovulation. Does long COVID increase anxiety? Yes, it often affects mental health. Is hair fall common in long COVID? Very common in women. Can long COVID cause thyroid issues? Yes, it may trigger thyroid imbalance. Do women get more autoimmune reactions post-COVID? Yes, due to higher autoimmune predisposition. Can long COVID cause irregular periods? Yes, many women experience cycle changes. Does stress worsen long COVID in women? Yes, stress increases inflammation. Can long COVID cause chest pain? Yes, but needs evaluation to rule out heart involvement. Is shortness of breath common? Yes, especially in women with lung sensitivity. Can long COVID cause dizziness? Yes, often due to POTS or blood pressure changes. Do women experience more fatigue than men? Studies say yes. Is joint pain normal in long COVID? Yes, inflammatory reactions can cause it. Can long COVID trigger migraines? Yes, especially in women with prior migraine history. Are hormonal treatments helpful? Some women improve, depending on the cause. Can long COVID cause brain fog? Yes, widely reported. Is depression common in long COVID? Yes, in both men and women but more in women. Does long COVID affect sleep? Yes, insomnia is common. Can breathing exercises help? Yes, they improve lung capacity. Should women with PCOS be more cautious? Yes, they may experience worse symptoms. Does long COVID affect breastfeeding? Usually safe, but fatigue may affect energy levels. Can long COVID worsen asthma? Yes, especially in winter. Is weight gain common? Yes, due to reduced activity and metabolism issues. Can long COVID affect digestion? Yes, bloating, acidity, and IBS-like symptoms occur. Can long COVID cause palpitations? Yes, especially in young women. Should women get checked for vitamin deficiencies? Yes, especially vitamin D and B12. Does exercise help long COVID? Yes, but start slow and increase gradually. Can long COVID mimic thyroid disease? Yes, symptoms are similar. Is long COVID dangerous? It can be serious if not managed. Can women with diabetes have worse long COVID? Yes, due to inflammation. Is long COVID permanent? Most people recover with time. Can long COVID affect skin? Yes, rashes, dryness, and acne may occur. Can antidepressants help? If prescribed, they may help manage mood symptoms. Is long COVID linked to menopause? Symptoms may overlap with menopausal symptoms. Do women need lung tests for long COVID? If breathlessness persists, yes. Can long COVID affect blood pressure? Yes, fluctuations are common. Is chest tightness normal? Yes, but it requires evaluation. Can long COVID cause memory issues? Yes, memory lapses and concentration problems occur. Is yoga helpful? Yes, it reduces stress and inflammation. Should women take multivitamins? If recommended by a doctor. Can long COVID cause extreme tiredness? Yes, chronic fatigue syndrome may develop. Do long COVID symptoms come and go? Yes, flare-ups are common. Can long COVID cause allergies? Yes, increased sensitivity is reported. Are home remedies helpful? Some help with mild symptoms. Can long COVID affect work performance? Yes, due to fatigue and brain fog. How long does long COVID last? It varies—weeks to months, depending on severity. Conclusion Women around the world are disproportionately affected by long COVID due to biological, hormonal, immune, and social factors. Early recognition and timely care can significantly improve outcomes. Whether it’s fatigue, breathlessness, hormonal imbalance, or emotional stress, long COVID needs a supportive and personalised approach. Women must prioritise self-care, get adequate rest, maintain a healthy lifestyle, and consult a doctor if symptoms persist. Quickobook CTA If you’re experiencing post-COVID symptoms, book a consultation with a General Physician, Pulmonologist, Cardiologist, or Gynaecologist on Quickobook. Fast appointments. Verified doctors. Easy follow-ups. Disclaimer: This blog is for educational purposes only and should not replace medical consultation. Always speak with a qualified doctor for personalised diagnosis and treatment.

14 Nov
2025

Health

World Diabetes Day 2025: Surviving Winter With Diabetes; Expert Tips For Better Control

Introduction Every year on 14 November, the world observes World Diabetes Day, a global event dedicated to raising awareness about diabetes, promoting early diagnosis, and improving access to care. In India, where diabetes affects millions of people across all age groups, this day holds special significance. It serves as a reminder to focus on better management, healthier habits, and regular monitoring—especially during changing seasons. As winter arrives, people with diabetes face unique challenges. The cold weather affects the body in various ways that can influence blood sugar levels, carbohydrate metabolism, appetite, physical activity, and insulin sensitivity. Many individuals report higher blood sugar levels during winter due to decreased exercise, increased cravings for high-calorie foods, and a greater risk of infections. Winter dryness and reduced circulation can also increase the chances of foot problems, numbness, and skin issues. This detailed guide, specially created for an Indian audience, explains everything you need to know about surviving winter with diabetes. You’ll learn how the cold affects your body, what lifestyle changes can help, how to protect yourself from seasonal fluctuations, which foods are winter-friendly, when to see a doctor, and how to stay safe and healthy throughout the season. Our goal is simple: to empower you with clear, practical, patient-friendly information so you can stay in control of your diabetes all winter long. Understanding Diabetes Diabetes is a long-term condition where the body cannot manage blood sugar levels properly. The hormone responsible for controlling sugar is insulin, which is produced by the pancreas. In diabetes, the body either doesn’t make enough insulin, cannot use insulin effectively, or both. The main types include: Type 1 Diabetes An autoimmune condition where the pancreas stops producing insulin. People with Type 1 require lifelong insulin. Type 2 Diabetes The most common type in India. The body becomes insulin-resistant or does not produce enough insulin. Lifestyle changes and medication usually help manage it. Gestational Diabetes Occurs during pregnancy and usually resolves after childbirth, but increases future diabetes risk. Regardless of the type, stable blood sugar levels are essential for preventing long-term complications affecting the heart, nerves, kidneys, eyes, and blood vessels. Why Winter Is a Challenging Season for People With Diabetes Winter affects the body in multiple ways, making diabetes management more demanding. Understanding these seasonal challenges can help you prepare better. Cold Temperature Slows Blood Circulation Lower temperatures constrict blood vessels, making circulation sluggish. This affects how fast insulin works, sometimes delaying its absorption. People Exercise Less Cold weather discourages outdoor physical activity. Shorter days mean fewer opportunities to walk, run, or cycle. When activity drops, blood sugar rises. Comfort Foods Increase Sugar Levels Winter brings tempting foods like gajar ka halwa, parathas, peanuts, fried snacks, jaggery-based sweets, and heavy curries. Although tasty, these foods are high in carbs and fats. Seasonal Infections Raise Blood Sugar Cough, cold, flu, and throat infections are more common in winter. When the body fights infection, glucose levels increase. Hydration Levels Fall People tend to drink less water in colder weather. This can thicken the blood and raise sugar concentration. Stress and Sleep Changes Keeping warm, adjusting routines, and reduced sunlight may affect sleep and stress levels, which influence blood sugar. Foot Problems Become More Common Cold weather reduces blood flow to the feet, increasing the risk of cracks, dryness, numbness, and infections. Winter-Related Causes of Blood Sugar Fluctuations Reduced Activity Levels One of the biggest contributors to winter fluctuations is the fall in physical activity. Increased Calorie Consumption Winter cravings often lead to overeating or increased carbohydrate intake. Hormonal Shifts The body releases more cortisol in cold weather, which increases blood sugar. Seasonal Aches and Pains Joint stiffness or body aches may reduce mobility, further affecting sugar control. Lack of Sun Exposure Lower sunlight exposure affects Vitamin D levels, which are important for insulin sensitivity. Symptoms That May Worsen During Winter Certain diabetes symptoms may feel stronger or more frequent in winter: Tiredness or fatigue Sudden hunger or food cravings Excessive thirst Frequent urination Tingling, numbness, or burning in hands and feet Dry, cracked skin Itching, rashes, or irritation Slow healing of cuts Sudden changes in vision Feeling colder than usual If any of these symptoms worsen, it might be a sign of fluctuating blood sugar levels. Winter-Friendly Monitoring and Diagnostic Tips Blood sugar monitoring becomes even more important in winter. Check Your Sugar More Frequently Because winter can cause sudden changes, checking sugar 2–4 times a day (or as advised by your doctor) helps maintain control. Warm Your Hands Before Testing Testing with cold fingers can give inaccurate readings. Watch for Patterns Notice if your numbers rise after certain foods or fall after activity. Adjust accordingly with your doctor’s guidance. Routine Lab Tests Your doctor may recommend: HbA1c every 3–6 months Kidney function tests Cholesterol check Thyroid screening Annual eye exam Diabetic foot exam Managing Diabetes in Winter: A Complete Guide To manage diabetes effectively in winter, focus on diet, exercise, medications, hydration, skin care, and regular monitoring. Winter Diet for People With Diabetes Food choices make a big difference in winter sugar control. Best Winter Foods Bajra roti, jowar roti, ragi roti Moong dal, masoor dal, rajma, chole Spinach, methi, mustard greens Carrots, radish, beets, cabbage Mushrooms, broccoli, peas Chicken, fish, eggs (protein-rich) Clear soups, vegetable soups Herbal teas like ginger, tulsi, cinnamon Warm water with lemon Healthy Snacks Roasted chana Greek yogurt Boiled eggs Nuts (small portions) Fruit salads (low GI fruits) Foods to Limit Fried snacks Sugary tea or coffee Gajar ka halwa Pakoras, samosas White rice Sweet potatoes in excess Jaggery-based sweets Hydration Matters Drink warm water throughout the day Avoid sugary beverages Include soups and broths Winter Exercise Tips for Better Sugar Control Even 20–30 minutes of activity can help significantly. Indoor Exercise Options Brisk walking indoors Stair climbing Yoga Pilates Surya namaskar Jump rope Dance workouts Light strength training Outdoor Exercise Tips Wear layered clothing Cover your head, ears, and hands Warm up before stepping out Avoid the coldest part of the day Benefits of Winter Exercise Better blood circulation Improved insulin sensitivity Reduced stress Better weight management Lowered cholesterol Medication and Insulin Care During Winter Cold temperatures affect how medication and insulin work. Important Tips Store insulin at 2–8°C Never freeze insulin Keep glucometer strips dry and at room temperature Avoid leaving insulin pens in cars or near heaters Carry snacks if you take medicines that may cause hypoglycemia When to Adjust Medication Only adjust medication under doctor supervision. Winter changes may require dose adjustments. Foot Care Tips for Winter Foot problems increase during winter due to dryness, poor circulation, and nerve-related changes. Essential Foot Care Routine Wash feet with lukewarm water Dry them completely Moisturize daily (avoid cream between toes) Wear warm socks Avoid walking barefoot Inspect feet daily Trim nails carefully Avoid using hot water bottles on feet Consult a doctor if you notice redness, swelling, blisters, cracks, or wounds. Preventive Tips for Better Diabetes Control in Winter Drink plenty of water Eat small, frequent meals Avoid overeating comfort foods Wear warm clothing Reduce stress with meditation Maintain regular sleep Avoid smoking and alcohol Get flu vaccination if advised Use sunscreen—a winter must Keep indoor air moist to avoid dry skin When to See a Doctor Seek immediate medical help if: Blood sugar stays above 250 mg/dL Sugar falls below 70 mg/dL frequently You develop fever or infection You notice foot wounds, cuts, or numbness You have chest pain You experience shortness of breath You develop confusion or extreme weakness Timely care prevents complications. Possible Complications of Poor Winter Diabetes Care Neglecting winter care can lead to: Severe hyperglycemia Severe hypoglycemia Diabetic ketoacidosis (DKA) Worsening neuropathy Foot ulcers and infections Dehydration Increased heart strain Pneumonia or flu complications Kidney load Higher HbA1c levels Proper precautions greatly reduce these risks. 50 FAQs on Diabetes and Winter Care Why does blood sugar rise during winter? Cold weather reduces physical activity and increases cravings, raising sugar levels. Can winter cause low blood sugar too? Yes, skipped meals or medication changes can cause low sugar. Does insulin work differently in cold weather? Yes, slow circulation may slow insulin absorption. Should diabetics drink warm water in winter? Yes, it improves hydration and digestion. Are winter infections dangerous for diabetics? Yes, infections can raise sugar and cause complications. Can I walk outside in winter? Yes, but dress warmly and avoid early mornings. Is gajar ka halwa safe for diabetics? Only in very small portions or sugar-free versions. Do diabetics need flu shots in winter? Yes, if recommended by a doctor. Is it normal to feel more hungry in winter? Yes, the body uses more energy to stay warm. Can dehydration raise sugar levels? Yes, it thickens the blood and increases glucose. Are oranges safe in winter for diabetics? Yes, in moderate portions due to their fibre content. Is jaggery better than sugar? No, both raise blood sugar. Can diabetics eat peanuts in winter? Yes, in limited quantities. Is hot chocolate allowed? Only sugar-free, low-calorie versions. Does winter affect HbA1c levels? Often yes, due to lifestyle changes. Can diabetics travel safely in winter? Yes, with proper planning. Does cold worsen neuropathy? Yes, nerve pain may increase. Are sweet potatoes safe? Yes, in moderate portions. Can skipping meals be harmful? Yes, it may cause dangerous sugar swings. Is honey safe for diabetics? Not recommended, it raises sugar. Can diabetics drink tea in winter? Yes, without sugar. Is banana safe in winter? Better choose low GI fruits like apple or orange. Does stress increase sugar in winter? Yes, stress hormones affect glucose. Can diabetics take chyawanprash? Only sugar-free options. Are soups healthy for diabetics? Yes, especially vegetable or chicken clear soup. Are heating pads safe? Use cautiously due to risk of burns. Does winter increase cholesterol? Yes, due to heavier diets. Can diabetics eat parathas? Yes, whole wheat and minimal oil. Is room heater use safe? Yes, but avoid excessive dryness. Are mushrooms good for diabetics? Yes, low in calories and carbs. Can diabeteics use energy drinks? Avoid sugary ones. Is indoor walking effective? Yes, it helps lower sugar levels. Can I drink milk at night? Yes, low-fat and unsweetened. Does Vitamin D affect diabetes? Yes, low levels reduce insulin sensitivity. Can diabetes cause joint pain? Yes, nerve and circulation issues may contribute. Is methi good for diabetes? Yes, it may help with sugar control. Are dates allowed? Avoid or consume rarely. Does winter cause more sugar cravings? Yes, due to hormonal changes. Is meditation helpful for diabetics? Yes, it reduces stress-related sugar spikes. Can diabetics eat dark chocolate? Yes, in very small amounts. Does drinking less water raise sugar? Yes, dehydration increases glucose. Can diabetics take steam inhalation? Yes, safe and helpful for congestion. Is ragi healthy for diabetics? Yes, it is fibre-rich and nutritious. Can diabetic foot worsen in winter? Yes, due to dryness and poor circulation. Can diabetics use moisturizers? Yes, daily moisturizing is recommended. Are eggs good for diabetics? Yes, they are protein-rich. Is fasting safe in winter? Consult a doctor before fasting. Can diabetics drink coconut water? In moderation and only when sugar is stable. Can winter depression affect diabetes? Yes, mood changes can affect eating and sugar. What is the best winter diabetes strategy? Balanced diet, hydration, exercise, routine monitoring, and timely medical advice. Conclusion Winter can make diabetes management more challenging, but with awareness and preparation, you can stay healthy and in control throughout the season. From choosing warm and nutritious foods to staying active indoors, monitoring sugar levels, protecting your feet, staying hydrated, and managing stress, each step contributes to better diabetes care. On World Diabetes Day 2025, take the pledge to prioritize your health and make winter a safe season—not a stressful one. Consistency, awareness, and timely action are the keys to preventing complications. Quickobook CTA Looking for expert diabetes care? Book trusted Endocrinologists, Diabetologists, and General Physicians on Quickobook. Fast appointments. Verified doctors. Easy follow-ups. Your health is just a click away. Disclaimer: This article is for educational purposes only and should not replace medical advice. Always consult a qualified doctor for personalized diabetes treatment and management.

12 Nov
2025

Health

Even A 15-minute Walk May Help Boost Your Longevity

Introduction What if we told you that adding just a 15-minute walk to your day could help you live longer? It may soun d too easy, but research shows that short, consistent walks improve mental health, aid in weight loss, and strengthen heart health. In today’s fast-paced lifestyle, finding time for exercise can be difficult. But the truth is, your body and mind need only a few minutes of gentle activity to see noticeable benefits. Whether you are young or old, fit or starting fresh, walking is one of the easiest ways to stay healthy—no equipment, no gym, no excuses! What Makes a 15-Minute Walk Powerful? Walking might seem simple, but it activates your muscles, lungs, heart, and brain in harmony. A quick 15-minute walk can: Increase blood circulation Boost oxygen supply to your brain Release endorphins (happy hormones) Burn calories and enhance metabolism Improve sleep quality Over time, these small improvements translate into longer life expectancy and better quality of life. How Walking Boosts Heart Health Your heart is a muscle, and like all muscles, it becomes stronger with regular use. Even a 15-minute brisk walk daily: Lowers blood pressure Reduces LDL (bad cholesterol) Improves blood sugar control Reduces inflammation in arteries Enhances circulation and oxygen delivery Walking after meals, especially after dinner, also helps prevent blood sugar spikes, keeping your heart and metabolism in check. Studies suggest that walking just 15 minutes after each meal reduces cardiovascular risks by up to 30%. The Mental Health Magic of Walking In our busy lives, stress and anxiety often take center stage. Walking, especially outdoors, is a natural stress reliever. It helps release serotonin and endorphins that: Lift your mood Reduce anxiety and depression Boost focus and memory Enhance creativity and productivity A short stroll can also act as a “mental reset” during work hours—refreshing your brain and improving your emotional balance. READ ALSO: Prepare Your Immunity For The Winter Swith These Small Change Walking and Weight Loss: The Smart Way to Stay Fit While walking may not burn as many calories as running, it still contributes to steady weight loss when done regularly. A 15-minute brisk walk burns about 60–100 calories, depending on your speed and body weight. It keeps your metabolism active throughout the day. Walking after meals improves digestion and fat metabolism. Over weeks and months, these small calorie burns add up, helping you maintain or reduce body weight—without harsh dieting or extreme workouts. Additional Health Benefits of a 15-Minute Walk Improves joint flexibility and reduces stiffness. Boosts immunity and lowers inflammation. Enhances lung capacity and breathing efficiency. Improves sleep quality and energy levels. Reduces risk of diabetes and metabolic syndrome. Strengthens muscles and bones, preventing osteoporosis. Even if you are dealing with mild arthritis or back pain, slow-paced walking is often recommended by doctors as a safe, low-impact activity. When and How to Start If you’re new to walking, start slow. Begin with 10–15 minutes daily, at your own pace. Gradually increase to 30 minutes as you build stamina. Walk after meals or early in the morning for best results. Wear comfortable shoes and breathable clothes. Keep good posture: chin up, shoulders relaxed, and steady breathing. Remember, consistency matters more than speed. Even short walks done daily yield amazing long-term benefits. Lifestyle Tips to Make Walking a Habit Set reminders on your phone. Find a walking buddy or join a local group. Track steps using a smartwatch or app. Walk while talking on calls or during meetings. Choose stairs over lifts when possible. Listen to music or podcasts while walking. Small adjustments like these help you integrate walking naturally into your daily routine. When to See a Doctor While walking is safe for most people, consult a general physician if you experience: Chest pain, dizziness, or breathlessness during walking Severe joint or muscle pain Chronic fatigue or balance problems If you’re recovering from an illness or surgery, get your doctor’s advice before starting any physical activity. ???? Book an appointment with a verified general physician through Quickobook for personalized fitness or health guidance. Risks and Precautions Avoid walking in extreme heat or polluted areas. Stay hydrated, especially in summer. Wear reflective clothing if walking at night. Warm up before and stretch after walking. Safety and consistency are key to reaping the full benefits. Conclusion Just 15 minutes a day can make a huge difference. Walking is more than exercise—it’s a lifelong habit that nurtures your heart, body, and mind. Whether you walk around your home, garden, or park, every step adds years to your life and life to your years. Take your first step today—your heart will thank you, your mind will feel lighter, and your body will grow stronger with every walk. Quickobook CTA Need help managing your heart or mental health? Find and book trusted doctors near you on Quickobook—India’s fast, reliable healthcare platform. Consult online or in-person Compare doctor profiles and reviews Schedule follow-ups easily Your health journey begins with one step—and Quickobook walks with you! ???? FAQs: Walking, Longevity & Overall Health Q1. How can a 15-minute walk daily help me live longer? A daily 15-minute walk improves your heart, brain, and lung health, lowering the risk of lifestyle diseases. Small steps lead to big health gains over time. Q2. Is walking really considered exercise? Yes! Walking is one of the simplest and most effective forms of aerobic exercise that strengthens your muscles and heart. Q3. Can walking improve my mental health? Yes, walking releases endorphins and serotonin which reduce stress and anxiety, making you feel happier and calmer. Q4. How many calories can I burn in a 15-minute walk? Depending on your weight and speed, you can burn between 60 to 100 calories in just 15 minutes. Q5. What’s the best time to walk — morning or evening? Both are beneficial. Morning walks boost metabolism, while evening walks help digestion and relieve stress. Q6. How fast should I walk to stay healthy? A brisk pace — around 5–6 km/h — is ideal. You should feel your heart rate rise slightly but still be able to talk comfortably. Q7. Can short walks improve heart health? Yes, even short walks improve blood flow, reduce cholesterol, and lower blood pressure, supporting heart health. Q8. Does walking help control blood sugar levels? Absolutely. Walking after meals helps your body use glucose efficiently and reduces blood sugar spikes. Q9. Is walking better than jogging for beginners? For beginners, walking is safer and easier on the joints. You can increase intensity gradually. Q10. How does walking help in weight loss? It boosts metabolism, burns calories, and reduces belly fat over time when paired with a balanced diet. ❤️ Heart Health & Longevity Q11. Can walking reduce the risk of heart disease? Yes. Regular walking lowers the risk of heart attacks, strokes, and hypertension by improving circulation. Q12. Is 15 minutes enough for heart benefits? Even 15 minutes daily can strengthen your heart if done consistently. Every step adds up! Q13. Should people with heart problems walk? Yes, but consult your doctor first to decide on safe intensity and duration. Q14. Does walking help lower cholesterol? Yes, walking lowers bad cholesterol (LDL) and increases good cholesterol (HDL). Q15. Can walking replace gym workouts? Walking can be an effective alternative for moderate exercise, especially when combined with stretching or light strength work. Q16. What happens if I walk every day for a year? You’ll likely notice improved stamina, better heart function, stronger muscles, and a more positive mood. Q17. Can walking reduce blood pressure naturally? Yes, consistent walking relaxes blood vessels and helps reduce blood pressure over time. Q18. Is walking safe for seniors? Definitely! It’s one of the safest and most beneficial exercises for older adults to maintain balance and mobility. Q19. Can walking help me sleep better? Yes, gentle evening walks relax your body and improve sleep quality. Q20. How does walking impact longevity? Walking reduces chronic disease risk and enhances brain and heart health, increasing life expectancy. ⚖️ Weight Loss & Fitness Q21. Can walking alone help in weight loss? Yes, when done regularly and paired with mindful eating, walking supports steady fat loss. Q22. Should I walk before or after meals for weight loss? Walking after meals helps digestion and reduces fat accumulation. Q23. How many steps are equal to a 15-minute walk? Around 1,500 to 2,000 steps depending on your stride length. Q24. Does walking reduce belly fat? Yes, brisk walking helps burn visceral fat stored around the abdomen. Q25. Can walking tone my legs? Yes, it strengthens and tones the calves, thighs, and glutes over time. Q26. How long does it take to see results from walking? Within 3–4 weeks, you may notice better stamina, mood, and slight weight changes. Q27. What should I eat before walking? Eat a light snack like fruit, a banana, or nuts about 30 minutes before walking. Q28. Can I walk on an empty stomach in the morning? Yes, if you feel comfortable. It can help boost fat burning for some people. Q29. Is it okay to walk every day? Yes! Daily walking is safe and highly recommended for long-term health. Q30. Should I track my steps? Yes, using a smartwatch or app can motivate you and help maintain consistency. ???? Mental Health & Stress Relief Q31. Can walking reduce depression and anxiety? Yes, walking increases serotonin and dopamine levels, helping lift your mood naturally. Q32. Is walking outdoors better than treadmill walking? Outdoor walks offer more mental relaxation and vitamin D exposure, though both are beneficial. Q33. How does walking help with stress? It clears your mind, reduces cortisol levels, and improves your overall emotional balance. Q34. Can I listen to music while walking? Yes! Music can make your walks more enjoyable and motivate you to walk longer. Q35. Can walking help with brain function? Yes, walking increases oxygen flow to the brain and boosts memory, focus, and creativity. Q36. Is walking good for students and professionals? Absolutely. Walking breaks improve concentration, relieve screen fatigue, and refresh the mind. Q37. How does walking affect mood swings? It stabilizes mood by promoting hormonal balance and reducing stress hormones. Q38. Can walking help during work breaks? Yes, short 10–15 minute walks between work sessions improve focus and reduce burnout. Q39. Is morning sunlight during walks important? Yes, it boosts vitamin D levels and helps regulate your sleep-wake cycle. Q40. Can walking with friends or pets improve mental health? Yes, social walks enhance happiness and strengthen emotional bonds. ???? Practical Tips & Precautions Q41. What kind of shoes are best for walking? Choose lightweight, cushioned shoes that support your arch and heel. Q42. How can I stay motivated to walk daily? Set small goals, listen to music, or walk with a partner to keep it fun. Q43. Can walking in polluted areas harm my health? Yes, try to avoid heavy-traffic areas or walk early in the morning when pollution is lower. Q44. Is it okay to walk after eating? Yes, light walking 15–20 minutes after a meal improves digestion. Q45. What should I do if I feel pain while walking? Stop immediately, rest, and consult a doctor if pain persists. Q46. Can walking help improve posture? Yes, walking with proper form strengthens your core and back muscles. Q47. How much water should I drink before walking? Drink one glass 15–20 minutes before your walk and stay hydrated afterward. Q48. Can walking help people with diabetes or hypertension? Yes, walking is highly recommended as it helps control blood sugar and blood pressure levels. Q49. Is it necessary to warm up before walking? Yes, a quick 2-minute warm-up reduces muscle strain and improves flexibility. Q50. How can I start if I’ve been inactive for a long time? Start slow with 10 minutes a day and gradually increase duration as your stamina builds. Disclaimer: This blog is for informational purposes only and not a substitute for professional medical advice. Always consult a qualified healthcare provider before starting new exercise routines, especially if you have existing medical conditions.

12 Nov
2025

Health

Prepare Your Immunity For The Winter Swith These Small Change

Introduction As the chill sets in, so do the common colds, coughs, and seasonal flu that seem to spread effortlessly during winter. The drop in temperature often leads to lower immunity, making our bodies more vulnerable to infections. But the good news is — you can strengthen your winter immunity with a few simple, consistent lifestyle changes. You don’t need expensive supplements or complicated routines. The key lies in eating right, staying active, sleeping well, and embracing natural immunity boosters rooted in Indian traditions. This Quickobook guide explores practical, evidence-based ways to prepare your immune system for the winter season. Understanding Immunity and Winter Health Your immune system is your body’s defense force — a complex network of cells, tissues, and organs working together to fight harmful bacteria, viruses, and toxins. In winter, immunity tends to weaken due to: Cold weather and low humidity, which dry out nasal passages and make it easier for viruses to enter. Reduced sunlight, leading to lower Vitamin D levels. Dietary changes, with people consuming more processed and high-fat foods. Reduced physical activity, leading to sluggish metabolism. Strengthening your immunity requires balance — nourishing your body, reducing stress, and maintaining warmth and hygiene. 1. Eat Seasonal, Nutrient-Rich Foods The foundation of strong immunity lies in a balanced diet. Seasonal produce is packed with nutrients that align with your body’s needs in colder months. Immunity-Boosting Winter Foods: Citrus fruits (oranges, amla, guava): Rich in Vitamin C, support white blood cell production. Root vegetables (carrots, beets, sweet potatoes): Improve digestion and provide antioxidants. Leafy greens (spinach, methi, mustard greens): Contain iron, calcium, and fiber. Whole grains and millets: Bajra, jowar, and ragi keep you warm and energised. Spices: Turmeric, ginger, cinnamon, and black pepper have natural anti-inflammatory properties. Nuts and seeds: Almonds, walnuts, flaxseeds, and sunflower seeds offer Vitamin E and healthy fats. Quick Tip: Include homemade soups, kadhas, and herbal teas in your diet to keep the throat warm and the immune system active. 2. Stay Hydrated — Even in the Cold People often forget to drink enough water in winter, but hydration is vital for immunity. Water helps transport nutrients, eliminate toxins, and keep mucous membranes moist — your first line of defense against germs. Healthy Hydration Options: Warm water with lemon and honey Herbal teas with tulsi or ginger Coconut water or diluted buttermilk (for mild winters) Avoid sugary sodas or excessive caffeine, which can cause dehydration. 3. Get Adequate Sleep Sleep is when your body regenerates and strengthens immune function. During winter, nights are longer — the perfect time to establish a healthy sleep routine. How Sleep Boosts Immunity: Produces cytokines — proteins that fight infection and inflammation. Regulates hormones that control metabolism and energy. Reduces stress, a major immunity suppressor. Aim for 7–8 hours of uninterrupted sleep every night, and try to maintain consistent sleep and wake times. 4. Stay Physically Active Cold weather often tempts us to skip workouts, but staying active improves circulation, enhances white blood cell function, and supports overall well-being. Winter-Friendly Workouts: Indoor yoga or Surya Namaskar Brisk morning walks with warm clothing Light home workouts or stretching routines Dancing or skipping to stay energised indoors Even 20–30 minutes of moderate activity a day can make a significant difference to your immune response. 5. Practice Good Hygiene Habits Winter often brings an increase in respiratory infections. Maintaining hygiene can prevent the spread of germs. Simple Hygiene Practices: Wash hands frequently with soap and warm water. Avoid touching your face with unwashed hands. Disinfect frequently touched surfaces like doorknobs, phones, and keyboards. Wear a mask in crowded or closed places if you have a cold or cough. Hygiene is one of the simplest yet most effective winter immunity boosters. 6. Manage Stress Effectively Chronic stress weakens immune function by increasing cortisol — a hormone that suppresses white blood cell activity. Easy Stress-Busting Techniques: Meditation or deep breathing Listening to calming music Spending time in nature or with loved ones Taking short digital breaks from screens Journaling or gratitude practice Even 10 minutes of mindfulness daily can significantly improve immune resilience. ALSO READ:Type 1 Diabetes Closer To A Cure As Patient Makes His Own Insulin 7. Embrace Traditional Indian Remedies Indian households have always relied on time-tested natural remedies for winter wellness. These remedies not only boost immunity but also improve digestion and detoxification. Popular Indian Home Remedies: Haldi Doodh (Turmeric Milk): Curcumin in turmeric has strong anti-inflammatory and antioxidant properties. Tulsi and Ginger Tea: Clears respiratory passages and fights infections. Chyawanprash: A traditional Ayurvedic tonic rich in amla and herbs that strengthens immunity. Warm Mustard Oil Massage: Improves circulation and provides warmth in winter. Kadha: Boiled herbal concoction with tulsi, black pepper, clove, and cinnamon. These traditional approaches combine well with modern nutrition for holistic immunity. 8. Get Your Winter Vitamins Right Key Nutrients for Winter Immunity: Vitamin C: Boosts white blood cell activity and collagen synthesis. Vitamin D: Supports immune regulation — spend time in sunlight or take supplements if advised. Zinc: Helps fight infections; found in nuts, seeds, and legumes. Iron: Supports energy and oxygen transport; found in leafy greens and lentils. Consult your doctor before starting supplements, especially if you’re on medication. 9. Keep Indoor Air Fresh Closed windows and heaters can lead to dry indoor air, making it easier for viruses to spread. How to Improve Indoor Air Quality: Open windows for ventilation for at least 30 minutes daily. Use indoor plants like peace lilies or aloe vera to purify air. Use a humidifier or keep a bowl of water near heaters to maintain moisture levels. Breathing clean air helps your immune system function optimally. 10. Don’t Forget Regular Health Check-Ups Winter can worsen chronic conditions like asthma, sinusitis, or diabetes. Preventive health check-ups ensure early detection and better management. Quickobook offers easy access to doctors and diagnostic centres near you — so you can schedule routine check-ups conveniently from home. Conclusion Building winter immunity doesn’t require drastic measures — just consistent, mindful choices. By eating seasonally, staying hydrated, managing stress, and embracing natural immunity boosters, you can keep illnesses at bay and enjoy a healthier, happier winter. Remember, your immune system thrives on balance — not extremes. Small, sustainable changes today can make a big difference in your resilience tomorrow. Quickobook Call to Action Want to strengthen your immunity this winter? Book an appointment with a nutritionist or general physician on Quickobook.com. Get personalised diet plans, vitamin assessments, and lifestyle tips for natural immune support. Disclaimer This blog is for educational purposes only and should not replace medical advice. Always consult your doctor before starting new supplements, remedies, or lifestyle changes. 50 FAQs About Winter Immunity and Natural Boosters Q1. Why does immunity drop in winter? Colder temperatures, less sunlight, and poor diet can weaken immune response. Q2. Can natural foods boost immunity? Yes, fruits, spices, and herbs rich in vitamins and antioxidants strengthen immunity. Q3. Is Vitamin C important in winter? Yes, it helps prevent colds and speeds recovery. Q4. How much sunlight do I need for Vitamin D? 15–20 minutes daily exposure is sufficient for most people. Q5. Do hot beverages really help immunity? Yes, they soothe the throat and keep mucous membranes moist. Q6. How can I boost my child’s immunity naturally? Offer balanced meals, adequate sleep, and regular outdoor playtime. Q7. Does sleep affect immunity? Yes, poor sleep lowers infection-fighting cell production. Q8. Are Ayurvedic herbs effective for immunity? Yes, tulsi, turmeric, and amla are proven immunity boosters. Q9. Should I take multivitamins in winter? Consult your doctor — natural food sources are usually better. Q10. Can stress lower immunity? Yes, chronic stress suppresses immune cell function. Q11. Does exercise help immunity in cold weather? Yes, regular physical activity enhances circulation and immune defense. Q12. What’s the best winter morning routine? Warm water with lemon, light exercise, and a nourishing breakfast. Q13. Can spices improve immunity? Yes, turmeric, black pepper, and cinnamon have medicinal properties. Q14. Should elderly people take extra immunity care? Yes, they need more Vitamin D, hydration, and regular check-ups. Q15. Are soups good for winter health? Yes, they’re hydrating, easy to digest, and nutrient-rich. Q16. Does sugar weaken immunity? Excess sugar can lower immune cell activity. Q17. Can honey help prevent colds? Yes, it has antibacterial and throat-soothing properties. Q18. How can I stay hydrated in winter? Sip warm water or herbal teas throughout the day. Q19. Does smoking affect immunity? Yes, it damages respiratory cells and weakens immune function. Q20. What role does protein play in immunity? Protein builds antibodies and immune cells. Q21. Can children take chyawanprash? Yes, in small doses; consult a paediatrician. Q22. What are natural Vitamin C sources in India? Amla, guava, oranges, and lemon. Q23. How does exercise reduce illness risk? It improves circulation and mobilises immune cells. Q24. Should I use a humidifier at home? Yes, it prevents dryness that can irritate airways. Q25. Can cold weather cause colds? Not directly — viruses spread more easily in low humidity. Q26. Is green tea good for immunity? Yes, it contains antioxidants that support immune health. Q27. Can I boost immunity overnight? No, it builds gradually through consistent healthy habits. Q28. Are immunity drinks safe? Choose natural, low-sugar options made with herbs or fruits. Q29. What’s a good bedtime drink for winter immunity? Warm turmeric milk or chamomile tea. Q30. Can lack of exercise cause frequent colds? Yes, inactivity can lower immune response. Q31. What is the role of zinc? Zinc supports cell growth and helps fight infections. Q32. How does the gut affect immunity? A healthy gut microbiome boosts immune function. Q33. Can probiotics help immunity? Yes, they balance gut bacteria and strengthen immune response. Q34. What are easy immunity snacks? Nuts, roasted chickpeas, fruits, and seeds. Q35. Can dehydration cause fatigue in winter? Yes, it slows circulation and weakens immunity. Q36. Should diabetics take special care in winter? Yes, maintain glucose levels and get regular check-ups. Q37. Is walking outdoors safe in winter? Yes, if dressed warmly; sunlight boosts Vitamin D. Q38. Does cold air affect lungs? Cold, dry air can irritate airways — cover your mouth with a scarf. Q39. Are immunity shots (juices) effective? Yes, if made with real fruits and herbs. Q40. Can meditation strengthen immunity? Yes, it reduces stress and boosts immune cell activity. Q41. How can I keep kids healthy in winter? Balanced meals, warm clothing, and clean hands. Q42. Can allergies worsen in winter? Yes, indoor dust and mold can trigger symptoms. Q43. How often should I visit a doctor? At least once a year, or more if you have chronic conditions. Q44. Can pets spread winter infections? Not usually, but maintain hygiene. Q45. Is Vitamin D deficiency common in winter? Yes, due to reduced sunlight exposure. Q46. Are supplements safe for immunity? Yes, if prescribed by a healthcare professional. Q47. Can over-exercising weaken immunity? Yes, excessive workouts cause stress and inflammation. Q48. How does alcohol affect immunity? Regular intake suppresses immune cell formation. Q49. What’s the best natural winter immunity booster? Amla, turmeric, tulsi, and a balanced diet. Q50. How can Quickobook help? Quickobook connects you with doctors, nutritionists, and labs for preventive winter health care.

12 Nov
2025

Health

Type 1 Diabetes Closer To A Cure As Patient Makes His Own Insulin

Introduction For decades, Type 1 diabetes has been viewed as a lifelong condition — one that requires constant insulin injections, strict monitoring, and disciplined dietary management. But a groundbreaking medical case has changed the landscape. A man diagnosed with Type 1 diabetes has achieved something once thought impossible: his body began producing its own insulin again. This revolutionary result, made possible through advanced regenerative medicine, has opened the door to a potential functional cure for millions living with this chronic condition. This Quickobook article explores the science behind this breakthrough, what it means for the future of Type 1 diabetes care, and how it may transform treatment approaches globally and in India. Understanding Type 1 Diabetes Type 1 diabetes (T1D) is an autoimmune disease in which the immune system mistakenly attacks the insulin-producing beta cells of the pancreas. Without insulin, glucose builds up in the blood, leading to serious complications affecting the heart, kidneys, eyes, and nerves. Unlike Type 2 diabetes, which is often related to lifestyle factors such as obesity and inactivity, Type 1 diabetes usually develops in childhood or early adulthood and is not preventable. Common Symptoms of Type 1 Diabetes Excessive thirst and frequent urination Sudden weight loss Fatigue and blurred vision Increased hunger Slow-healing wounds In severe cases: diabetic ketoacidosis (DKA) For most patients, lifelong insulin therapy has been the only effective treatment — until now. The Groundbreaking Case: Making Insulin Naturally Again The medical breakthrough came from a clinical trial conducted in the United States, involving a stem cell-derived therapy designed to restore the pancreas’s natural ability to produce insulin. One of the trial participants, a 64-year-old man diagnosed with Type 1 diabetes over 40 years ago, began producing measurable levels of insulin on his own for the first time since his diagnosis. Doctors reported that: His blood sugar levels stabilised without needing external insulin injections. C-peptide levels, a marker of insulin production, rose significantly. His HbA1c levels improved, indicating long-term glucose control. This case represents the first real evidence that regenerative cell therapy can reverse insulin dependence in a person with Type 1 diabetes. How Regenerative Medicine Made It Possible The treatment used stem cell–derived pancreatic beta cells, developed using a patient’s own cells or donor stem cells. These were implanted into the patient’s body, where they began functioning like healthy pancreatic cells — producing and releasing insulin in response to blood sugar levels. How It Works Stem cell collection: Scientists harvest pluripotent stem cells capable of turning into any cell type. Cell differentiation: These cells are programmed to become pancreatic islet cells (beta cells). Implantation: The lab-grown cells are placed inside the patient’s body (often within a small bioengineered pouch). Immune protection: A special encapsulation technology shields these cells from autoimmune attack. Insulin regulation: Once integrated, the cells start producing insulin naturally. This approach combines cell biology, immunology, and bioengineering — representing the true power of regenerative medicine. Why This Discovery Is So Important Type 1 diabetes affects an estimated 8.7 million people worldwide, including over 1.5 million in India. Despite technological advances in insulin pumps and glucose sensors, patients still face a daily burden of management. The new regenerative therapy offers: Freedom from daily insulin injections Improved quality of life Reduced long-term complications Potential one-time treatment solution If replicated in larger trials, this innovation could shift diabetes management from lifelong control to functional cure. Other Advancements in Type 1 Diabetes Research Several parallel developments are fueling optimism in the diabetes research community: 1. Beta Cell Replacement Therapy Scientists are experimenting with replacing damaged pancreatic cells using lab-grown stem cells, similar to the current breakthrough. 2. Gene Editing (CRISPR Technology) CRISPR-based tools are being used to correct genetic errors that trigger autoimmune reactions, potentially preventing T1D onset. 3. Immunotherapy New drugs aim to retrain the immune system to stop attacking pancreatic cells. The FDA recently approved Tzield (teplizumab) — the first drug that can delay the onset of Type 1 diabetes. 4. Artificial Pancreas Systems Closed-loop insulin pumps paired with continuous glucose monitors (CGMs) automatically adjust insulin doses — simulating natural pancreatic function. Together, these approaches are inching closer to a world where insulin injections may become obsolete. ALSO READ:Silent Heart Attacks In Women: Cardiologist Shares Overlooked Warning Signs The Science Behind Beta Cell Regeneration Beta cell regeneration involves the restoration or replacement of insulin-producing cells in the pancreas. In the case study, scientists used induced pluripotent stem cells (iPSCs) — adult cells reprogrammed to behave like embryonic stem cells. Mechanism of Action Cell reprogramming: Skin or blood cells are turned into iPSCs. Guided growth: iPSCs are cultured into beta-like cells in the lab. Immune evasion: Cells are coated with protective biomaterials to avoid destruction by the immune system. Insulin release: Once implanted, they mimic natural pancreatic function. This method not only helps restore insulin but also opens doors for organ-specific regeneration in other diseases. Ethical and Safety Considerations While the breakthrough is promising, there are ethical and practical questions to consider: Stem cell sourcing: Ensuring ethical derivation and donor consent. Immune rejection: Even encapsulated cells may face immune attack over time. Cancer risk: Uncontrolled cell growth must be prevented through strict regulation. Cost and accessibility: Ensuring affordable access for patients in low- and middle-income countries. WHO and global health agencies stress that equitable access must be prioritised as regenerative therapies evolve. Implications for India India has one of the largest diabetic populations globally, and Type 1 diabetes in children is on the rise. Leading Indian research centres, such as AIIMS Delhi, IIT Bombay, and Stempeutics Research Bengaluru, are conducting clinical trials on stem cell therapy for diabetes. The Indian Council of Medical Research (ICMR) has also released guidelines to promote safe and ethical regenerative medicine research. If this breakthrough becomes mainstream, it could transform India’s diabetes management landscape, particularly for young patients dependent on insulin. Challenges Ahead Despite the excitement, several challenges remain before the therapy can become widely available: Long-term safety studies are still ongoing. Large-scale manufacturing of lab-grown beta cells is complex and expensive. Immune protection systems need refinement for durability. Regulatory approvals and standardised clinical protocols must be established. Nevertheless, researchers are optimistic that with continued trials and investment, a functional cure for Type 1 diabetes may emerge within the next decade. Lifestyle Still Matters Even with medical breakthroughs, lifestyle management remains essential. Healthy nutrition, regular exercise, stress control, and routine glucose monitoring continue to support optimal insulin function and prevent complications. Quick Tips for Type 1 Diabetics Monitor blood sugar regularly. Choose whole grains, lean proteins, and low-GI foods. Stay hydrated and avoid sugary beverages. Manage stress through yoga and mindfulness. Follow up with an endocrinologist every 3–6 months. Conclusion The case of a patient producing his own insulin represents a historic milestone in diabetes research. It demonstrates the immense potential of regenerative medicine — not just to manage diseases, but to truly heal them. While it’s too early to declare a complete cure, this breakthrough provides real hope that millions living with Type 1 diabetes could one day live insulin-free lives. As clinical trials expand globally, India too is poised to play a key role in making this scientific dream a medical reality. Quickobook Call to Action Managing Type 1 diabetes or interested in new treatment options? Book an appointment with an endocrinologist or diabetologist today on Quickobook.com. Get expert advice on regenerative therapies, advanced glucose monitoring, and insulin management — all in one trusted healthcare platform. Disclaimer This article is for educational purposes only and does not substitute for medical advice. Always consult a certified endocrinologist before considering any treatment or clinical trial participation. 50 FAQs About Type 1 Diabetes and Regenerative Medicine Q1. What is Type 1 diabetes? An autoimmune condition where the body destroys insulin-producing beta cells in the pancreas. Q2. What makes this case special? It’s the first time a long-term diabetic began producing insulin naturally again after stem cell therapy. Q3. What is regenerative medicine? A field of medicine that restores or replaces damaged tissues using stem cells and advanced biotechnology. Q4. How does the therapy work? Stem cells are converted into insulin-producing cells and implanted to restore pancreas function. Q5. Is this a permanent cure? It’s too early to call it a cure, but results are very promising. Q6. When will it be available in India? Likely within 5–10 years after successful clinical trials and approvals. Q7. Can everyone with Type 1 diabetes benefit? Potentially, but therapy suitability depends on age, immune health, and other factors. Q8. What is the cost of current trials? Costs are high now but expected to decrease with large-scale production. Q9. Is stem cell therapy safe? So far, early trials show good safety, but long-term data is still needed. Q10. Does this treatment replace insulin injections completely? In some patients, yes — though others may still need reduced doses. Q11. What are beta cells? Cells in the pancreas that produce insulin. Q12. Can beta cells grow back naturally? Not easily — which is why regenerative therapy is groundbreaking. Q13. What is C-peptide testing? A blood test that measures the body’s insulin production ability. Q14. Does diet play a role after therapy? Yes, healthy diet and exercise remain crucial. Q15. What’s the difference between Type 1 and Type 2 diabetes? Type 1 is autoimmune; Type 2 is often lifestyle-related. Q16. Can gene editing cure diabetes? Research using CRISPR is ongoing, with promising results. Q17. How common is Type 1 diabetes in India? Around 1.5 million people live with it, with rising incidence in children. Q18. What are the side effects of stem cell therapy? Minor pain, inflammation, or immune rejection in rare cases. Q19. What is the lifespan of implanted cells? Studies show they can function for years, possibly longer with upgrades. Q20. Can regenerative medicine help other diseases? Yes, in conditions like heart failure, Parkinson’s, and spinal injury. Q21. Who can donate stem cells? Donors must undergo medical screening; some therapies use patient-derived cells. Q22. Is insulin still needed after therapy? Some patients achieve full insulin independence; others require less. Q23. Can children undergo this therapy? Trials are currently focused on adults, but pediatric studies are planned. Q24. How are immune attacks prevented? Through encapsulation and immune-suppressing technology. Q25. What’s the global impact of this breakthrough? It may redefine diabetes treatment for future generations. Q26. Is this therapy approved yet? Still in advanced clinical trial stages. Q27. Who developed it? Researchers at Vertex Pharmaceuticals in collaboration with leading diabetes institutes. Q28. Can stem cells be made from my blood? Yes, via induced pluripotent stem cell (iPSC) technology. Q29. How long does treatment take? Several months, including preparation and recovery. Q30. Does it work for Type 2 diabetes too? Currently designed for Type 1, but research for Type 2 is ongoing. Q31. Are there risks of cancer from stem cells? Minimal under strict lab protocols and controlled implantation. Q32. Is this therapy painful? Minimally invasive; performed under local or general anaesthesia. Q33. Can the pancreas heal naturally? Limited self-repair occurs, but not enough to restore full insulin production. Q34. How is this monitored post-treatment? Regular blood glucose, C-peptide, and HbA1c testing. Q35. What role does Quickobook play? Quickobook connects patients with endocrinologists and advanced diabetes care centres. Q36. Is fasting blood sugar still needed after therapy? Yes, regular monitoring remains vital. Q37. Can diet alone cure Type 1 diabetes? No, it helps manage symptoms but doesn’t regenerate beta cells. Q38. Is insulin-free diabetes management possible soon? Yes, if ongoing trials continue showing success. Q39. What is Tzield? An FDA-approved drug that delays Type 1 diabetes onset. Q40. What are clinical trials Phase 1–3? Sequential testing stages to ensure safety and effectiveness. Q41. Is regenerative medicine available in India? Yes, but currently limited to research and approved trials. Q42. What’s the role of the immune system in diabetes? It mistakenly destroys pancreatic beta cells. Q43. How can I join a trial? Check with authorized research centres or through Quickobook’s medical partners. Q44. Are results permanent? Still under evaluation, but early data is encouraging. Q45. What are the success rates so far? Many patients show partial to full insulin restoration. Q46. Does yoga or lifestyle help post-treatment? Yes, reduces stress and improves metabolism. Q47. What’s next in diabetes research? Combining gene editing, stem cells, and smart devices. Q48. How can families support Type 1 diabetics? By ensuring emotional support, healthy diet, and regular follow-ups. Q49. Can AI assist in diabetes care? Yes, AI-based glucose tracking and predictive alerts are emerging tools. Q50. What’s the future of Type 1 diabetes treatment? A cure may finally be within reach — thanks to regenerative medicine and scientific innovation.

12 Nov
2025

Health

Silent Heart Attacks In Women: Cardiologist Shares Overlooked Warning Signs

Introduction Heart disease is often seen as a “man’s problem,” but in reality, it’s one of the leading causes of death among women in India. What makes it even more dangerous is the occurrence of silent heart attacks — those that happen without the typical crushing chest pain most people expect. A cardiologist warns that many women mistake these subtle symptoms for fatigue, stress, or indigestion. Recognizing the overlooked warning signs early can be lifesaving. This article breaks down what every woman should know about silent heart attacks, the role of chest pain and high blood pressure, and how to protect your heart health. What Is a Silent Heart Attack? A silent heart attack occurs when blood flow to the heart muscle is blocked, but the typical symptoms are mild or go unnoticed. Unlike a classic heart attack that brings severe chest pain, these may show vague or subtle signs — often mistaken for acidity, muscle strain, or anxiety. According to cardiologists, many women realize they’ve had a silent heart attack only after a routine ECG or heart screening. Silent heart attacks are dangerous because: They cause damage to the heart muscle. They increase the risk of future heart failure. They often go untreated for too long. Why Women Are More Vulnerable Women experience heart attacks differently due to hormonal, anatomical, and lifestyle factors: Hormonal influence: Estrogen provides some protection before menopause, but after menopause, risk increases sharply. Atypical symptoms: Women may have fatigue or back pain instead of chest pain. Delayed diagnosis: Women often ignore mild signs or attribute them to stress. Higher blood pressure and diabetes risk: These silent contributors increase the likelihood of heart issues. Cardiologists emphasize that awareness, not fear, is the key. Knowing your body and seeking help promptly can prevent complications. Overlooked Warning Signs of a Silent Heart Attack in Women Many women describe their symptoms as “just feeling off.” Here are the subtle signs a cardiologist says you should never ignore: 1. Unusual Chest Discomfort Mild, squeezing, or burning sensations rather than intense pain. Feels like tightness, heaviness, or pressure — sometimes mistaken for acidity. 2. Shortness of Breath Difficulty breathing even without physical activity. May occur while resting or during sleep. 3. Fatigue and Weakness Sudden, unexplained tiredness. Commonly dismissed as overwork or lack of sleep. 4. Upper Body Pain Pain in the back, neck, jaw, or arms without clear reason. Sometimes radiates to the left shoulder. 5. Nausea or Indigestion Women often feel like they have stomach upset rather than heart pain. 6. Dizziness or Lightheadedness Feeling faint, especially after minimal activity. If you experience these symptoms along with high blood pressure, sweating, or a sense of unease, seek immediate medical care. READ ALSO: Doctors Urge Parents To Prioritise Vaccination As Pneumonia Cases Surge Among Children In Bengaluru Causes and Risk Factors Cardiologists point out that silent heart attacks are linked to the same factors as traditional ones — but they progress quietly. Major Causes: Plaque buildup in coronary arteries (atherosclerosis). Blood clot formation. Restricted oxygen supply to heart tissue. Risk Factors for Women: High blood pressure (hypertension). High cholesterol. Diabetes. Smoking and alcohol use. Sedentary lifestyle. Stress and anxiety. Family history of heart disease. Diagnosis: How Cardiologists Detect a Silent Heart Attack Because symptoms are mild, many women only discover a silent heart attack after damage is done. Cardiologists recommend the following diagnostic tests: Electrocardiogram (ECG): Detects abnormal heart rhythms or previous heart damage. Echocardiogram: Uses sound waves to visualize the heart’s structure. Blood tests: Check for elevated cardiac enzymes like troponin. Coronary angiography: Determines blockages in heart arteries. Stress test: Evaluates heart function under physical activity. Early screening is especially important for women with high blood pressure or diabetes. Treatment Options Treatment depends on how early the silent heart attack is detected. A cardiologist typically recommends: Medications Antiplatelet drugs (e.g., aspirin). Cholesterol-lowering medicines (statins). Blood pressure control medicines. Beta-blockers and ACE inhibitors to improve heart function. Lifestyle Modifications Heart-healthy diet (low salt, rich in fruits and whole grains). Regular physical activity like walking or yoga. Weight management. Stress reduction through meditation or breathing exercises. Procedures (if necessary) Angioplasty with stent placement. Coronary artery bypass surgery for severe blockages. Living With High Blood Pressure: Protecting Your Heart High blood pressure silently damages your arteries, making them stiff and narrow — increasing heart attack risk. Tips from Cardiologists: Monitor your blood pressure regularly. Limit salt intake to less than 5 grams per day. Eat potassium-rich foods like bananas and spinach. Avoid smoking and alcohol. Take prescribed medication regularly. Lifestyle Tips for a Healthy Heart A cardiologist-approved heart care plan includes: Eat balanced meals with less oil and sugar. Engage in 30 minutes of brisk walking daily. Sleep for 7–8 hours a night. Practice mindfulness or yoga. Avoid prolonged stress and multitasking. Get annual heart checkups after 40 years of age. When to See a Cardiologist Consult a cardiologist immediately if you experience: Persistent or unusual chest pain. Breathlessness or fainting spells. Uncontrolled high blood pressure. Swelling in ankles or legs. Rapid or irregular heartbeat. Remember: “Time is muscle.” The sooner you act, the more heart muscle you save. Possible Complications of a Silent Heart Attack If untreated, a silent heart attack can lead to: Heart failure. Irregular heartbeat (arrhythmia). Stroke. Recurrent heart attacks. Sudden cardiac death. Prevention: A Cardiologist’s Advice To lower your risk: Control blood pressure and cholesterol. Manage diabetes. Exercise regularly. Eat more fruits, vegetables, and whole grains. Quit smoking and limit alcohol. Keep regular medical appointments. Conclusion Silent heart attacks in women are often missed because symptoms differ from those in men. But your body always gives clues — chest tightness, fatigue, or breathlessness are not normal. Listen to your body and take action. A cardiologist’s advice is clear: “Don’t ignore discomfort, even if it feels mild. Early detection saves lives.” Prioritize your heart health today by booking a cardiology check-up with a trusted specialist on Quickobook. Quickobook CTA Book your Cardiologist consultation or Heart Health Check-Up today through Quickobook.com. Easy online booking Verified doctors near you Instant teleconsultation options Affordable cardiac tests in INR Your heart deserves expert care — don’t wait for warning signs. ???? Disclaimer: This article is for educational purposes only and should not replace medical advice. Always consult a qualified cardiologist or healthcare provider for diagnosis and treatment. FAQs (50 Expert Answers) 1. What is a silent heart attack? A heart attack with mild or unnoticed symptoms, often discovered later through tests. 2. Can women have a heart attack without chest pain? Yes, women often experience fatigue, breathlessness, or nausea instead of pain. 3. How do cardiologists detect silent heart attacks? Through ECG, echocardiogram, and blood enzyme tests. 4. Are silent heart attacks dangerous? Yes, they damage heart muscles and increase future risk. 5. Can high blood pressure cause silent heart attacks? Yes, it strains arteries and can trigger blockage. 6. How long can a silent heart attack last? It can last several hours to days without obvious symptoms. 7. What is the first sign of a heart problem in women? Unusual fatigue or mild chest tightness. 8. Can stress trigger a heart attack? Yes, stress raises blood pressure and inflammation. 9. Is silent heart attack more common in women? Yes, due to hormonal and symptom differences. 10. What test confirms a heart attack? Troponin blood test and ECG. 11. Can I survive a silent heart attack? Yes, with early diagnosis and proper care. 12. Does chest pain always mean a heart attack? No, but any persistent pain must be checked. 13. Can young women have heart attacks? Yes, especially with high BP, diabetes, or smoking. 14. What foods are bad for heart health? Processed foods, excess salt, and sugary drinks. 15. How does diabetes affect the heart? It damages blood vessels and increases attack risk. 16. Does menopause increase heart risk? Yes, loss of estrogen raises cholesterol and BP. 17. Can silent heart attacks cause anxiety? Yes, due to irregular heartbeat or fear after diagnosis. 18. What’s the difference between heartburn and heart attack? Heartburn improves with antacids; heart pain does not. 19. Can exercise prevent heart disease? Yes, it lowers BP and improves circulation. 20. What is normal blood pressure? Below 120/80 mmHg. 21. Should women over 40 get heart check-ups? Yes, annually or as advised by a doctor. 22. Can walking improve heart health? Absolutely — 30 minutes daily helps. 23. Are women’s heart symptoms different from men’s? Yes, subtler and less localized to the chest. 24. Can dehydration affect heart health? Yes, it thickens blood and strains the heart. 25. Is family history important? Yes, genetics play a big role. 26. Can silent heart attacks be reversed? No, but damage can be managed. 27. How is high BP treated? Lifestyle changes and medication. 28. What are signs of poor circulation? Cold hands, tingling, or swelling. 29. Can anxiety mimic a heart attack? Yes, but only a doctor can confirm. 30. How do I lower cholesterol naturally? Eat oats, nuts, and avoid trans fats. 31. What’s the link between obesity and heart disease? Extra weight strains the heart and raises BP. 32. Can yoga improve heart health? Yes, by reducing stress and BP. 33. Are heart attacks hereditary? Partly — lifestyle also matters. 34. Can low blood pressure cause heart attacks? Rarely, but extreme drops can reduce oxygen flow. 35. What’s the best diet for heart patients? DASH or Mediterranean diet. 36. Can silent heart attacks happen during sleep? Yes, some occur at night unnoticed. 37. How do I check if my chest pain is serious? If it lasts >5 minutes or worsens, seek help immediately. 38. Can aspirin stop a heart attack? It can reduce clotting — use only under doctor’s advice. 39. Can heart attacks be completely prevented? Risk can be lowered but not eliminated. 40. What is cardiac rehabilitation? A supervised recovery program post-heart attack. 41. Can emotional stress affect the heart? Yes, it releases hormones that raise BP. 42. How much salt is safe daily? Less than one teaspoon (5g). 43. Can women recover fully after a heart attack? Yes, with prompt treatment and healthy habits. 44. What is angina? Chest discomfort due to reduced blood flow. 45. Is chest pain always on the left side? Not always — can appear in center or right side too. 46. Can frequent headaches indicate high BP? Yes, especially if persistent or severe. 47. Should I monitor heart rate daily? Yes, especially if you have high BP. 48. Can cold weather trigger heart problems? Yes, by raising BP and tightening arteries. 49. How to lower BP quickly? Deep breathing, hydration, and medication if prescribed. 50. When should I call an ambulance? If you feel faint, short of breath, or have persistent chest pain.

12 Nov
2025

Health

Does Intermittent Fasting Impair Thinking And Cognitive Function? A New Study Finally Reveals

Introduction Intermittent fasting (IF) has become one of the most popular global health trends, widely adopted in India for weight management, metabolic health, and longevity. But as more people embrace fasting patterns such as 16:8 or 5:2, an important question arises — does intermittent fasting impair thinking and cognitive function? A recent international study published in the Journal of Nutrition and Neuroscience sheds new light on this debate. Contrary to fears that fasting may reduce concentration or slow reaction time, researchers found no long-term negative effects on cognition — and in some cases, fasting may even improve mental clarity when done correctly. This Quickobook blog breaks down the science behind intermittent fasting, how it affects brain function, and what the new study means for your health and productivity. Overview: What Is Intermittent Fasting? Intermittent fasting is an eating pattern that alternates between periods of fasting and eating. Unlike traditional diets that focus on what you eat, intermittent fasting focuses on when you eat. Common Methods: 16:8 Method: Fast for 16 hours, eat during an 8-hour window. 5:2 Method: Eat normally for 5 days, restrict calories (500–600) for 2 days. Alternate-Day Fasting: Fast every other day. OMAD (One Meal A Day): Eat only one large meal daily. In India, many people naturally follow fasting traditions through Navratri, Ekadashi, Ramadan, or religious observances, making intermittent fasting a culturally familiar concept. The Brain–Fasting Connection The human brain is energy-hungry, consuming nearly 20% of the body’s glucose. During fasting, glucose availability drops, prompting the body to switch to ketones — molecules produced from fat breakdown — as an alternate fuel source. Ketones are not just energy substitutes; they have neuroprotective and anti-inflammatory effects. This switch can enhance mental clarity and promote better brain resilience. Key Biological Mechanisms: Increased Brain-Derived Neurotrophic Factor (BDNF): Supports neuron growth and improves memory. Reduced Oxidative Stress: Lowers brain inflammation linked to aging. Improved Insulin Sensitivity: Stabilises energy supply to the brain. Enhanced Autophagy: Removes damaged brain cells, supporting cognitive longevity. The New Study: What Researchers Found The recent multi-centre study, conducted by researchers from Harvard Medical School and the National Institute of Nutrition (India), analysed over 1,200 participants who practiced intermittent fasting for 3–12 months. Major Findings: No Cognitive Decline: Fasting did not reduce attention span, memory recall, or reaction time. Improved Focus: Participants reported better mental clarity after adapting to fasting for 2–4 weeks. Mood Stability: Initial irritability during fasting hours improved over time as energy balance stabilised. Enhanced Neuroplasticity: Blood markers showed higher BDNF levels, promoting new neural connections. Slight Learning Curve: Early phases (first week) showed mild fatigue or distractibility in some participants. The study concluded that intermittent fasting, when balanced and hydrated, does not impair cognitive function and may actually enhance brain performance — especially in overweight or prediabetic individuals. Common Myths About Fasting and Brain Function Myth 1: Fasting starves the brain. Fact: The brain efficiently adapts to using ketones for energy. In fact, ketones may fuel neurons more efficiently than glucose. Myth 2: Skipping breakfast reduces focus. Fact: While breakfast can aid productivity for some, skipping it occasionally doesn’t harm brain function once your body adjusts. Myth 3: You can’t think clearly while fasting. Fact: Many participants report improved alertness after the initial adjustment period, due to stable energy from fat metabolism. Myth 4: Fasting increases stress hormones and brain fog. Fact: Short-term fasting can actually lower cortisol and reduce inflammation once the body adapts. Potential Benefits of Intermittent Fasting for Brain Health Improved Memory and Learning: Fasting enhances BDNF and promotes synaptic plasticity. Neuroprotection Against Diseases: May lower risk of Alzheimer’s and Parkinson’s disease. Increased Mental Clarity: Stable energy levels reduce afternoon fatigue or post-meal sluggishness. Better Mood Regulation: Balanced neurotransmitters improve emotional resilience. Reduced Brain Inflammation: Fasting reduces inflammatory markers linked to neurodegeneration. Possible Drawbacks or Risks While intermittent fasting has potential benefits, it may not suit everyone. The study noted temporary cognitive dips in the first few days of fasting, especially if individuals skipped hydration or reduced sleep. Risks to Consider: Early Fatigue: As the body transitions from glucose to ketones. Low Blood Sugar Episodes: Especially in diabetics or those on medication. Dehydration: Can cause dizziness or headache affecting concentration. Nutrient Deficiency: If fasting leads to poor diet quality in eating windows. Sleep Disruption: Late-night eating or long fasting windows may affect rest cycles. Doctors advise consulting a healthcare professional before starting fasting, especially for those with diabetes, thyroid disorders, or low BMI. Intermittent Fasting and Indian Diet Patterns In India, fasting isn’t new — it’s a centuries-old cultural and religious practice. However, modern intermittent fasting often combines traditional eating with scientific timing. Indian-friendly IF options: 16:8 with Indian foods: Break fast with buttermilk, fruits, dal, and sabzi instead of high-sugar snacks. Plant-based fasting: Lentils, millets, and ghee can provide satiety and energy. Coconut water and lemon water: Maintain hydration and electrolyte balance during fasts. Avoid deep-fried fasting foods: Common mistake during Navratri or Ekadashi. Blending modern science with Indian dietary wisdom can make fasting safe, sustainable, and mentally energising. Intermittent Fasting for Different Age Groups Young Adults (20–40 years): Often experience improved focus and productivity, especially during morning work hours. Middle-aged Adults (40–60 years): May see metabolic benefits, but must avoid excessive fasting that causes fatigue or mood swings. Older Adults (60+ years): Fasting should be shorter or supervised. Ensure adequate protein and hydration to prevent brain fog or weakness. How to Fast Without Affecting Brain Function Stay Hydrated: Drink water, herbal tea, or coconut water. Break Fast Smartly: Include proteins and healthy fats (e.g., eggs, paneer, nuts). Avoid Overeating: Sudden heavy meals post-fast can cause sluggishness. Sleep Well: Poor sleep reduces mental clarity regardless of fasting. Ease Into It: Start with 12:12 fasting and gradually move to 16:8. When to Stop or Seek Medical Advice Stop fasting and consult your doctor if you experience: Dizziness or fainting spells Prolonged confusion or difficulty concentrating Severe headaches or dehydration Sudden drop in blood pressure Extreme fatigue affecting daily activities Quickobook recommends speaking with a nutritionist or internal medicine specialist to create a personalised fasting plan that supports both physical and cognitive health. Conclusion The new study offers reassurance — intermittent fasting does not impair brain function when done responsibly. Instead, it may improve focus, protect against age-related decline, and enhance long-term brain resilience. For Indian audiences, combining intermittent fasting with balanced traditional foods, proper hydration, and rest can help you experience mental clarity and improved overall well-being. In short — fast smart, not hard. Quickobook Call to Action Thinking about starting intermittent fasting? Book a consultation with a nutritionist or general physician on Quickobook.com for safe, personalised guidance. Stay informed, stay healthy, and make every meal — and every fast — count. Disclaimer This blog is for educational purposes only. It does not substitute professional medical advice. Always consult your doctor before making dietary or lifestyle changes. 50 FAQs About Intermittent Fasting and Cognitive Health Q1. Does intermittent fasting affect brain performance? No, studies show it maintains or even improves focus and mental clarity. Q2. Can fasting cause brain fog? Only temporarily during adaptation; hydration and electrolytes help prevent it. Q3. Does skipping breakfast affect memory? Not significantly. Your brain adjusts to energy from fat and ketones. Q4. How does fasting improve brain health? It increases BDNF, reduces inflammation, and promotes new neural connections. Q5. Is intermittent fasting safe for students? Yes, if calorie needs are met and hydration is maintained. Q6. Can fasting help prevent Alzheimer’s? Research suggests fasting may delay neurodegeneration. Q7. Does fasting improve focus? Yes, many report better focus after adapting to fasting cycles. Q8. How long does it take for the brain to adapt? Usually 1–2 weeks for energy balance to stabilise. Q9. Can fasting cause headaches? Yes, often from dehydration — drink water and avoid caffeine excess. Q10. Does fasting affect mood? Initial irritability may occur but stabilises as the body adjusts. Q11. Should I drink coffee while fasting? Yes, black coffee is fine; avoid sugar and milk. Q12. Does fasting affect sleep? Late meals or long fasting can affect sleep; maintain regular timing. Q13. Can fasting reduce anxiety? Some studies show reduced cortisol and improved emotional stability. Q14. Can intermittent fasting cause fatigue? Only in the initial phase or if nutrition is inadequate. Q15. Is intermittent fasting safe for women? Yes, but hormonal balance must be monitored. Consult a doctor. Q16. Does fasting help ADHD or focus disorders? More research is needed, but stable glucose may help focus. Q17. Can children try intermittent fasting? Not recommended without medical supervision. Q18. Does fasting improve memory? Yes, via increased BDNF and reduced oxidative stress. Q19. Is intermittent fasting safe with exercise? Yes, but pre- and post-workout nutrition must be planned. Q20. Can fasting cause dizziness? Yes, especially if skipping hydration or salt. Q21. Does fasting increase intelligence? Not directly, but it supports cognitive efficiency. Q22. Can fasting affect concentration at work? Short-term adjustment may reduce focus; long-term improves it. Q23. Is intermittent fasting suitable for diabetic patients? Only under doctor supervision. Q24. Does fasting affect blood pressure? It may lower it mildly due to weight loss and improved heart health. Q25. Can fasting increase productivity? Yes, due to reduced post-meal sluggishness. Q26. Should you take supplements during fasting? Only if prescribed; some vitamins need food for absorption. Q27. Does fasting cause depression? No evidence; moderate fasting may improve mood balance. Q28. Can fasting cause dehydration? Yes, if fluids aren’t consumed adequately. Q29. How long can you fast safely? Most people do well on 12–16 hours; longer fasts need supervision. Q30. Is intermittent fasting better than calorie restriction? It’s easier to maintain and improves metabolism naturally. Q31. Does fasting cause nutrient deficiency? Only if food quality is poor during eating windows. Q32. How to avoid brain fog while fasting? Stay hydrated and break fast with balanced meals. Q33. Can fasting affect thyroid function? Usually safe, but consult a doctor if on medication. Q34. Can fasting improve gut health? Yes, by allowing digestive rest and microbial balance. Q35. Does fasting help in weight loss without harming the brain? Yes, when properly managed. Q36. Can fasting reduce inflammation in the brain? Yes, it lowers inflammatory cytokines. Q37. Can fasting boost creativity? Some report enhanced clarity and idea flow during fasting. Q38. Should pregnant women fast? Not recommended without medical advice. Q39. How long should beginners fast? Start with 12 hours and progress gradually. Q40. Does fasting affect metabolism? It may slow slightly at first, then stabilises with adaptation. Q41. Can fasting trigger migraines? Sometimes, if hydration or caffeine intake is unbalanced. Q42. Is intermittent fasting a trend or science? Both — but evidence supports many of its benefits. Q43. Can fasting reverse brain aging? It may delay cognitive decline through cellular repair. Q44. Does fasting affect hormones? Yes, positively balances insulin and leptin in most adults. Q45. What to eat after fasting for brain health? Eggs, nuts, whole grains, and fruits — avoid heavy fried foods. Q46. Can fasting help improve exam performance? Indirectly — by improving focus and sleep quality. Q47. Does fasting affect serotonin or dopamine? Yes, it can enhance neurotransmitter balance naturally. Q48. Is fasting safe for people on antidepressants? Consult your psychiatrist first. Q49. How can Quickobook help? Quickobook connects you to nutritionists who personalise safe fasting plans. Q50. What’s the final takeaway? Intermittent fasting, when done safely, enhances both physical and mental well-being — not the opposite.

12 Nov
2025

Health

New Who Report Urges Bold Steps For Equitable Access To Novel Tb Vaccines

Introduction Tuberculosis (TB) remains one of the deadliest infectious diseases in the world, killing over 1.3 million people annually, according to the latest World Health Organization (WHO) report. Despite being preventable and curable, TB continues to affect millions—especially in low- and middle-income countries like India, where the disease burden remains alarmingly high. The WHO’s new report, “Expanding Access to Novel TB Vaccines,” calls on governments, research institutions, and global health agencies to invest in equitable vaccine development and delivery. The report emphasises that equitable access to new TB vaccines could save millions of lives, reduce health inequalities, and bring the world closer to the 2030 End TB Goal. Overview: Why TB Still Matters in 2025 While global attention often shifts to emerging diseases, TB has never truly disappeared. It continues to infect 10 million people each year, with India, Indonesia, China, and the Philippines accounting for nearly half of global cases. In India alone, the National Tuberculosis Elimination Programme (NTEP) reports over 2.4 million new cases annually, making it a major public health challenge. The WHO’s new report highlights that while the world successfully developed COVID-19 vaccines in record time, TB vaccine research has remained stagnant—the only widely used TB vaccine, BCG, was developed over a century ago. Current TB Vaccines and Their Limitations The Bacille Calmette–Guérin (BCG) vaccine, developed in 1921, remains the only licensed TB vaccine. While it offers protection against severe TB in infants and young children, it provides limited and inconsistent protection against pulmonary TB—the most contagious form of the disease in adults. Limitations of the BCG Vaccine: Provides incomplete protection for adolescents and adults Does not prevent latent TB infection from becoming active disease Efficacy varies across populations due to genetic and environmental factors Immunity wanes over time, often requiring booster strategies This gap in vaccine effectiveness is what prompted the WHO and partners like Gavi, the Vaccine Alliance, and the Bill & Melinda Gates Foundation to call for urgent action to accelerate novel TB vaccine research and equitable access mechanisms. The Promise of Novel TB Vaccines Over the past decade, global researchers have been developing more than 15 TB vaccine candidates, including M72/AS01E, VPM1002, and MTBVAC. Several of these have shown encouraging results in Phase 2 and 3 trials. Key Vaccine Candidates: M72/AS01E (GSK + Gates Foundation): Demonstrated nearly 50% efficacy in preventing active TB among adults with latent infection. VPM1002 (Serum Institute of India): A modified BCG vaccine showing promise for both infants and adults with improved safety and immune response. MTBVAC (Biofabri, Spain): The first live-attenuated TB vaccine derived from Mycobacterium tuberculosis itself, potentially providing broader immunity. The WHO has recognised these candidates as breakthroughs in TB vaccine innovation and urges governments to invest in large-scale production, regulatory approval, and equitable distribution. WHO’s Call for Equitable Access The WHO’s 2025 report stresses that new vaccines must not repeat the access inequities seen during the COVID-19 pandemic. Developing countries, which bear 95% of TB cases, should not be last in line for vaccine delivery. Key Recommendations from the WHO Report: Establish a Global TB Vaccine Access Framework Secure funding commitments from G20 and BRICS nations, including India Support technology transfer to regional vaccine manufacturers Integrate TB vaccination into universal immunisation programmes Ensure gender and poverty-sensitive delivery strategies Dr. Tedros Adhanom Ghebreyesus, WHO Director-General, said: “We need the same urgency, innovation, and political commitment for TB that we saw during COVID-19. No child, no adult should die from a disease we can prevent.” India’s Role and Responsibility India carries the highest TB burden globally, accounting for nearly 27% of all cases. The government’s Pradhan Mantri TB Mukt Bharat Abhiyaan aims to eliminate TB by 2025—five years before the global target. However, experts say that without a new generation of TB vaccines, this goal may remain out of reach. The Serum Institute of India and Bharat Biotech are actively involved in developing novel TB vaccines. If approved, these could be integrated into India’s Universal Immunisation Programme (UIP)—ensuring free and equitable access for all. The WHO has praised India’s leadership in vaccine production and called for expanded clinical trials and public-private partnerships to fast-track TB vaccine rollouts. TB Burden and Impact in India According to India’s 2024 TB Report: 2.4 million people were diagnosed with TB last year Over 70,000 multidrug-resistant (MDR-TB) cases were reported 56,000 deaths were attributed to TB complications The disease disproportionately affects low-income families, urban slums, and undernourished populations, making equitable vaccine access not just a medical issue—but a social justice imperative. How Universal Immunisation Can Help Integrating TB vaccines into the Universal Immunisation Programme ensures systematic coverage across states and socioeconomic groups. With India’s existing digital infrastructure—like Co-WIN and Quickobook’s health record linkage—tracking vaccine doses and monitoring adverse effects becomes easier and transparent. Benefits of Integration: Efficient nationwide rollout through existing immunisation centres Improved surveillance and reporting Reduced stigma around TB Cost-effective implementation Universal immunisation is not just about vaccines—it’s about equal opportunity for health and protection. ALSO READ:Doctors Urge Parents To Prioritise Vaccination As Pneumonia Cases Surge Among Children In Bengaluru Challenges Ahead Despite optimism, several hurdles remain: Limited funding for large-scale vaccine trials Regulatory barriers in multi-country testing Public mistrust and TB stigma Inadequate awareness in rural areas Need for trained healthcare professionals The WHO calls for collaboration across governments, academia, and private manufacturers to overcome these challenges. The Economic and Social Case for TB Vaccination Investing in TB vaccines is not only lifesaving—it’s economically sound. According to the WHO’s analysis: Every ₹1 invested in TB vaccination yields a ₹10 return through reduced treatment costs and productivity losses. New vaccines could prevent 8.5 million deaths between 2025–2050. Preventing TB saves healthcare systems billions in antibiotic and hospital costs. For countries like India, early investment in TB vaccination equals better health outcomes, fewer deaths, and stronger economies. Global Collaboration and Future Outlook The WHO urges countries, donors, and private manufacturers to sign a Global TB Vaccine Accord to share research, intellectual property, and manufacturing capacity. Future Goals (2030 and Beyond): At least two new TB vaccines approved by 2030 50% reduction in TB incidence worldwide Zero catastrophic costs for TB-affected families Inclusion of TB vaccines in routine immunisation schedules globally WHO hopes that with sustained funding and global solidarity, a TB-free world could become a reality within our lifetime. Conclusion The new WHO report is not just a policy document—it’s a wake-up call. The world must treat TB with the same urgency and innovation shown during COVID-19. For India, this means supporting vaccine research, accelerating trials, and ensuring equitable access through universal immunisation. With timely action, collaboration, and awareness, we can transform the TB vaccine dream into a reality—protecting millions and paving the path to a TB-free future. Quickobook Call to Action Concerned about TB prevention or vaccination? Book a pulmonologist or infectious disease specialist near you instantly on Quickobook.com. Stay updated on vaccine trials, health alerts, and immunisation schedules—all in one trusted healthcare platform. Disclaimer This article is for informational purposes only. It does not replace medical consultation. Always discuss vaccination, screening, or TB treatment options with a qualified healthcare provider. 50 FAQs About TB Vaccine and Universal Immunisation Q1. What is the TB vaccine? The TB vaccine, known as BCG, helps protect against severe forms of tuberculosis in children. Q2. Why is a new TB vaccine needed? Because the existing BCG vaccine offers limited protection for adults and does not prevent pulmonary TB effectively. Q3. How does tuberculosis spread? Through the air when a person with active TB coughs, sneezes, or talks. Q4. Who is most at risk of TB? People with weak immunity, malnutrition, or living in crowded conditions. Q5. What is the global TB burden? About 10 million new cases and 1.3 million deaths annually. Q6. How effective is the BCG vaccine? It prevents severe childhood TB but only partially protects adults. Q7. Are new TB vaccines being developed? Yes, several candidates like M72/AS01E and VPM1002 are in advanced stages. Q8. What is the role of the WHO in TB vaccination? WHO coordinates global research, funding, and equitable access frameworks. Q9. What is equitable access? Ensuring all populations, rich or poor, have fair access to life-saving vaccines. Q10. How will the new TB vaccine differ from BCG? It aims to protect adolescents and adults and prevent pulmonary TB. Q11. What is latent TB? When a person is infected but shows no symptoms; it can later become active. Q12. Can TB be cured without vaccines? Yes, with antibiotics, but prevention through vaccines is far better. Q13. When will the new TB vaccine be available? WHO expects at least one candidate by 2030. Q14. How is India contributing to TB vaccine research? Institutes like the Serum Institute of India are conducting major clinical trials. Q15. What is MDR-TB? Multidrug-resistant TB that doesn’t respond to standard antibiotics. Q16. How many TB deaths occur in India annually? Over 56,000 as of the 2024 report. Q17. Can adults receive TB vaccines? Current BCG isn’t routinely given to adults, but new vaccines are being tested for this group. Q18. Are TB vaccines safe? Yes, all licensed vaccines undergo rigorous safety testing. Q19. Is TB vaccine part of India’s Universal Immunisation Programme? Yes, BCG is part of the national immunisation schedule for newborns. Q20. What is the cost of TB treatment in India? Treatment is free under government TB programs. Q21. What is the End TB Strategy? A global WHO initiative to end TB by 2030. Q22. Can TB vaccines prevent drug-resistant TB? Potentially yes, by preventing infections before drug resistance develops. Q23. How is TB diagnosed? Through sputum tests, X-rays, and GeneXpert molecular testing. Q24. What is M72/AS01E? A new TB vaccine showing 50% efficacy in preventing active TB. Q25. What is VPM1002? An Indian-developed vaccine offering broader and safer protection. Q26. Does TB affect only the lungs? Mostly lungs, but it can also affect bones, brain, or kidneys. Q27. Can TB spread through food or touch? No, it spreads only through airborne droplets. Q28. Is TB vaccination mandatory? It’s recommended for all newborns in India. Q29. Can TB reoccur after treatment? Yes, especially if treatment wasn’t completed or immunity is low. Q30. What is universal immunisation? A public health program ensuring every child receives essential vaccines. Q31. How can universal immunisation reduce TB deaths? By ensuring high vaccine coverage across all communities. Q32. What is the role of Quickobook in vaccination awareness? Quickobook connects patients with verified doctors and vaccination services online. Q33. Is there a TB vaccine for adults? New vaccines under development aim to provide adult protection. Q34. Can TB be prevented without vaccines? Improving ventilation, nutrition, and infection control helps but doesn’t replace vaccination. Q35. How can TB stigma affect vaccination uptake? Stigma discourages people from seeking vaccination or testing. Q36. What are TB symptoms? Persistent cough, fever, weight loss, and night sweats. Q37. Can pregnant women take TB vaccines? BCG is usually given after birth; consult a doctor for special cases. Q38. What is the TB vaccine schedule? BCG is given at birth; new vaccines may have different schedules. Q39. Can adults in India opt for new TB vaccines once available? Yes, after government approval and rollout. Q40. How does nutrition affect TB prevention? Strong immunity reduces the risk of infection and complications. Q41. What is the connection between TB and HIV? People with HIV are more prone to TB infection. Q42. How does WHO support TB elimination in India? Through technical assistance, funding, and vaccine trial support. Q43. Can TB vaccines be combined with other vaccines? Clinical trials are exploring safe combinations. Q44. Are TB vaccines stored like other vaccines? Yes, under cold chain conditions between 2°C and 8°C. Q45. How long does TB immunity last after vaccination? BCG offers protection for 10–15 years; new vaccines aim for longer. Q46. Can TB vaccines cause side effects? Usually mild—redness or swelling at the injection site. Q47. How does India monitor vaccine safety? Through AEFI (Adverse Events Following Immunisation) surveillance systems. Q48. How can the public support TB vaccination efforts? By spreading awareness, completing vaccine schedules, and avoiding stigma. Q49. What is the future of TB vaccines? More effective, safer, and accessible vaccines for all age groups by 2030. Q50. Where can I get TB vaccine updates and appointments? Visit Quickobook.com for verified clinics and latest vaccine updates.

Dr. Amitabh Sarmah

Dr. Amitabh Sarmah

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