Telangana Runners

Telangana Runners 🏃‍♂️ Telangana Runners | Uniting runners from cities, towns & villages across Telangana 🌟 Building a healthier, fitter state ❤️

29/05/2026

If you are a female runner, athlete, or trying to lose weight through exercise — your trainer probably missed the single most important number in your blood. 🩸

We see it every week. Women who train hard, push their bodies relentlessly, and still don’t see results. They get tired faster. Injuries pile up. Performance plateaus. And the conclusion is usually wrong — they blame technique, hormones, age or genetics.

The real problem? Their hemoglobin is too low.

Up to 35% of female athletes — and 52% of adolescent female athletes — have iron deficiency, and many run with hemoglobin below 12 g/dL without realising the cost they are paying. Many women have come to accept single-digit hemoglobin as normal because it does not disturb their daily routine. That perception is dangerous — and it is why your effort isn’t translating to results.

Here is the science nobody explains.

When you exercise, your muscles need fuel and oxygen. Fuel comes from inside the body. But oxygen comes from the air around you — and it is in gas form. Your blood is liquid. So how does gas get into liquid? Hemoglobin. The protein in your red blood cells that captures oxygen and carries it dissolved in your bloodstream to every working muscle.

Research is now unequivocal — a 1 g/dL drop in hemoglobin reduces your VO₂ max by approximately 5%. A 2 g/dL drop reduces your leg oxygen uptake at maximum exercise by nearly 18%.

Translation in plain English — if you are running at 6 km/h speed but your hemoglobin is low, your body is internally working at 8 km/h to keep you going. Two identical vehicles running at the same speed — but one of them has its engine roaring at twice the load.

That is why you are tired. That is why you are not recovering. That is why injuries are mounting.

Fix your hemoglobin first. Keep it above 12 g/dL — ideally 13. Then everything else you do in training will work.

Run with Science. 🏃

28/05/2026

We brought the science of endurance to the team at Feuji today. 🏃

A heart that lasts is not built in a hospital — it is built through movement, consistency, and the discipline of endurance.

Today we had the privilege of conducting a workshop at Feuji on building endurance and preventing early heart attacks. We spoke about why endurance — not just exercise — is the true foundation of cardiovascular health, how the body adapts to sustained activity, and the simple, science-backed habits that protect your heart for decades.

A huge thank you to the Feuji team for their energy, their questions, and their commitment to building a healthier workplace. When organisations invest in the wellbeing of their people, they are investing in something far greater than productivity — they are investing in lives.

This is exactly what the Cardiac Rehab Foundation and Telangana Runners stand for — taking real science out of the clinic and into workplaces, communities, and homes across Telangana.

If your organisation would like to host a session on heart health and endurance, reach out to us. Let’s build a fitter, healthier Telangana — one workplace at a time.

Run with Science. 🏃

🌐 www.CardiacRehab.com | www.TelanganaRunners.com

Why does fat always go to your belly? And why does it come back after surgery? The answer is Physics. 🔬Most people blame...
26/05/2026

Why does fat always go to your belly? And why does it come back after surgery? The answer is Physics. 🔬

Most people blame their belly fat on food. But your body shape is not a food problem. It is a physics problem.

Every object — including your body — distributes extra weight around its Centre of Gravity to maintain balance. In humans who walk on two legs, that point sits at the S2 level — the second sacral vertebra — which is exactly where belly fat appears.

When you gain 10kg, concentric circles spread outward from S2. Those same circles touch your triceps and your chin — which is why belly fat, arm fat and chin fat always arrive together. It was never random.

Women have a slightly lower Centre of Gravity due to a wider pelvis — so their circles fall around the hips and thighs instead. That is what creates the pear shape. Not hormones. Not genetics alone. Physics.

When you lose weight, fat leaves from those same circles first. And when liposuction or spot reduction removes fat locally — the Centre of Gravity has not changed — so the fat redistributes back. Every single time.

This is also why crunches don’t burn belly fat, squats don’t slim your thighs, and tricep exercises don’t reduce arm fat. Your body is not a frying pan. Heating a muscle does not melt the fat above it.

To change your body shape, you need to reduce your total fat through sustained whole-body endurance training — not targeted exercise.

Your body shape is not a diet problem. It is a physics problem. And physics does not negotiate.

Run with Science. 🏃

24/05/2026

We took the science of heart attack prevention inside a residential community today — and the message was simple: Build Endurance. 🫀

At Kalpataru Residency, we conducted a workshop on How to Prevent Early Heart Attacks — covering the real science behind why endurance training protects your heart, and why most people are waiting for a heart attack to take prevention seriously.

We also distributed Emergency Kits to residents — because the first 10 minutes of a cardiac event matter more than anything else. Being prepared is the first act of prevention.

The session covered:

**The Real Science of Prevention** — why aerobic capacity, VO2 max, and cardiac output are the true markers of heart health — not just cholesterol numbers and blood pressure readings.

Distributed Emergency Kits— equipping every home with the tools and knowledge to respond before the ambulance arrives.

Heart attacks don’t give warnings. Endurance does.

If your housing society, school, or workplace wants to host a session like this — reach out to us. We bring the science to your doorstep.

Run with Science. 🏃

📍 Kalpataru Residency, Hyderabad
🌐 www.CardiacRehab.com | www.TelanganaRunners.com

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If your body stored glucose instead of fat, you would weigh 200 to 300 kg. Here’s the science nobody ever told you. 🔬We ...
23/05/2026

If your body stored glucose instead of fat, you would weigh 200 to 300 kg. Here’s the science nobody ever told you. 🔬

We all know fat is stored in the body. But have you ever wondered — why fat? Why doesn’t the body just store glucose, which is cleaner and immediately usable?

The answer comes down to one word: hygroscopic.

Glucose — and its stored form, glycogen — attracts water. For every 1kg of glycogen your body stores, it must also hold 4kg of water alongside it. That is a 1:4 ratio, confirmed by decades of biochemical research.

Now do the math.

1kg of fat provides approximately 9,000 calories. To store the same 9,000 calories as glycogen, your body would need 2kg of glycogen — and that glycogen would drag in 8kg of water. Total weight for the same calorie store: 10kg.

One kilogram of fat replaced by glucose becomes ten kilograms on your body.

So if an average person carries just 10kg of excess fat — which is common — replacing that with glycogen storage would add 100kg to their body weight. Across a population, average human body weight would be 200 to 300 kilograms. We would be physically incompatible with life on this planet.

Evolution understood this long before science gave it a name. The human body was designed to store energy as fat — not glucose — precisely because fat is energy-dense, water-free, and space-efficient. Fat is not your enemy. It is your body’s most elegant engineering decision.

So the next time you hate the fat on your body — remember. It is the only reason you are not 300kg.

Run with Science. 🏃

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