Treatment and cure

Your first 14 days with a CGM set the tone for everything that follows. A sensor on the arm can feel strange at first, the numbers can seem to jump around, and it is easy to either ignore the data or check the phone every five minutes. This guide walks through the fortnight one stage at a time, so the report at the end is genuinely useful. Quick answer: Plan the first two weeks as a learning period, not a test. Apply the sensor carefully, keep living your normal routine, jot down meals, activity, medicines and sleep, confirm odd readings with a finger-prick, and bring the full report to a review at the end. Fourteen days with the sensor working at least 70% of the time is the usual minimum for a reliable summary. Key takeaways ✅ The first day is often the least accurate, so expect some wobble. ✅ A simple log turns a squiggly line into answers. ✅ Change as little as possible in week one, so the data shows your real routine. ✅ Review the report with your doctor before ad...

A borderline sugar report often comes with the same advice: "watch your diet". But what should you actually eat on a Monday morning, or for Thursday dinner? This 7-day Indian meal plan for prediabetes turns that advice into ordinary home food, with no special ingredients and no crash dieting. The idea in one line: keep your usual foods, but change the proportions. Half the plate vegetables, a quarter protein, a quarter grains, and far fewer sugary drinks. If you want to understand the test ranges first, read our full guide to prediabetes in India . Five rules that make any day work Protein at every meal. Dal, chana, rajma, curd, paneer, eggs, fish or chicken help you feel full and slow the rise in sugar after eating. Vegetables first. Start the meal with the sabzi, salad or sambar vegetables, then move to rice or roti. Swap part of the grain, not all of it. Mix millets such as jowar, ragi or foxtail millet with rice or wheat. Keep the portion to roughly one ...

Glucose monitoring is a crucial part of managing diabetes effectively. This guide, The Complete Guide to Glucose Monitoring , goes deep into the world of glucose monitoring technologies, with a special emphasis on the advancements in continuous glucose monitoring (CGM) expected by 2026 . It covers everything from the history and current practices to the future developments of glucose monitoring that are vital for improving diabetes care. What You Will Learn In this guide, you'll discover: Why glucose monitoring is essential for preventing complications in diabetes. How we moved from basic self-monitoring techniques to advanced CGM systems. The significance of real-time data in making treatment choices. The upcoming trends that will shape the future of glucose monitoring technology. The importance of glucose monitoring lies in its ability to provide timely information about blood sugar fluctuations. This empowers individuals and healthcare providers to make informed decisions that r...

The early symptoms of diabetes are easy to miss: a little more thirst, a few extra trips to the toilet at night, feeling tired after meals. Many people have no symptoms at all for years. That matters in India, where the ICMR-INDIAB study estimated that about 101 million adults have diabetes and another 136 million have prediabetes. This guide covers the warning signs of high blood sugar, the signs of low blood sugar, which tests confirm diabetes, and when to get help. Quick answer: The classic signs of high blood sugar are excessive thirst, frequent urination, unexplained weight loss, tiredness, blurred vision, slow-healing wounds and repeated infections. Diabetes is confirmed by a blood test: fasting glucose of 126 mg/dL or more, HbA1c of 6.5% or more, or a 2-hour glucose tolerance result of 200 mg/dL or more. Low blood sugar (below 70 mg/dL) causes shaking, sweating, hunger and confusion, and needs quick sugar straight away. Key takeaways ✅ No symptoms does not mean no diab...

Before dipsticks and automated analysers, labs used simple chemical tests to check urine for sugar, ketone bodies and bile. Three of these are still taught in every medical and lab technology course and are used in many smaller labs in India: Benedict's test for sugar, Rothera's test for ketone bodies, and Hay's test for bile salts. This guide explains the principle, procedure and interpretation of each, and how they compare with modern tests. Quick answer: Benedict's test detects reducing sugars (mainly glucose) in urine: the blue reagent turns green, yellow, orange or brick-red depending on how much sugar is present. Rothera's test detects acetone and acetoacetate: a purple-pink ring means ketones are present, as in diabetic ketoacidosis or starvation. Hay's test detects bile salts: sulphur powder sinks instead of floating, which suggests jaundice due to liver disease or blocked bile flow. A positive result is a clue, not a diagnosis, and should be conf...