Back to Blog
    Longevity6 min read

    Your Muscles Are Running Your Blood Sugar. Here's Why That Changes Everything.

    Shiva Malhotra
    By Shiva Malhotra
    Barefoot Protocol
    Evidence-based health, movement & longevity
    Published: 25 March 2026, 10:00 AM AEST
    Last updated: 25 March 2026, 10:00 AM AEST
    Shiva Malhotra flexing biceps in a double-biceps pose, showing significant muscle mass
    This is not vanity. Muscle is your body's most powerful tool for managing blood sugar — and most people over 35 are quietly losing it every year.

    Most people think about muscle in terms of how it looks.

    And that's understandable — aesthetics are part of why people train. I'm not dismissing it. I want an aesthetically strong body myself. That's honest.

    But muscle is doing something far more important than looking good. It's actively managing your metabolic health every single day. And when you don't have enough of it — or when the muscle you have is poorly conditioned — the consequences are silent, gradual, and significant.

    This matters particularly for the Indian community. And I'll explain exactly why.

    Muscle Is Your Body's Largest Glucose Disposal System

    When you eat carbohydrates, they break down into glucose and enter the bloodstream. Your body needs to manage that glucose — use it, store it, or deal with the consequences of it sitting too high for too long.

    70–80% of glucose uptake
    Is handled by skeletal muscle after a meal — not the liver, not fat tissue

    Skeletal muscle handles approximately 70 to 80 percent of glucose uptake after a meal. Not the liver. Not fat tissue. Muscle.

    When you have good muscle mass and that muscle is insulin-sensitive — meaning it responds efficiently to the insulin signal — glucose moves into muscle cells quickly and effectively. Blood sugar rises modestly after meals and comes back down. The system works.

    When muscle mass is low, or when the muscle you have has become insulin-resistant through inactivity, the system struggles. Glucose stays elevated for longer. The pancreas releases more insulin to compensate. Over time, the cells stop responding to insulin as efficiently. Blood sugar control deteriorates. The risk of type 2 diabetes climbs.

    This is not a distant, abstract risk. This is a process that begins quietly in your 30s and 40s, long before any diagnosis.

    The Indian Paradox — And Why It Matters

    There is a well-documented phenomenon sometimes called the thin-fat Indian paradox. Indian adults — both in India and in diaspora communities worldwide — tend to develop insulin resistance and type 2 diabetes at lower body weights and younger ages than populations in other countries.

    Part of this is genetic predisposition. Part of it is diet — traditionally high in refined carbohydrates, lower in protein. But a significant and underappreciated part is muscle mass.

    Indian adults, on average, carry less skeletal muscle relative to body weight than their Western counterparts. This is influenced by years of lower protein intake, less emphasis on resistance training, and lifestyle patterns that prioritise cardiovascular movement over strength training.

    The result is a population that is metabolically vulnerable in a specific way. Slim, often outwardly healthy-looking, but carrying insufficient muscle to buffer the glucose load from a carbohydrate-heavy diet.

    I think about my parents when I write this. Neither of them had what most people would call an unhealthy lifestyle. But neither of them had the muscle mass — or the protein intake, or the resistance training — that would have protected their metabolic health as they aged.

    Low Muscle Mass

    Eat carbohydrates
    Glucose enters blood
    Muscle can't absorb efficiently
    Blood sugar stays elevated
    Insulin works harder
    Fat storage increases

    Adequate Muscle Mass

    Eat carbohydrates
    Glucose enters blood
    Muscle absorbs efficiently
    Blood sugar normalises
    Insulin works well
    Energy used, not stored

    What Building Muscle Actually Does to Your Metabolism

    Resistance training improves insulin sensitivity — the muscle's responsiveness to insulin — independent of weight loss. You don't need to get lighter for this to happen. You need to get stronger.

    Research shows that even short-term resistance training programmes produce measurable improvements in insulin sensitivity in people with prediabetes and type 2 diabetes. The mechanism is partly structural — more muscle means more disposal capacity — and partly functional, because trained muscle tissue responds more efficiently to insulin signalling.

    Every kilogram of lean muscle you build is essentially an upgrade to your metabolic infrastructure. It is, in a very real sense, protection.

    The Simple Prescription

    • Build muscle. This means resistance training two to four times per week with progressive overload — gradually increasing the challenge over time.
    • Eat enough protein. Muscle cannot be built or maintained without adequate protein. A target of 1.2 to 1.6 grams per kilogram of bodyweight is appropriate for most active adults. This is significantly higher than what most Indian diets provide by default.
    • Stay active daily. Walking and general daily movement improve insulin sensitivity through a different mechanism than resistance training — and the two work together. Daily steps and structured strength training are complementary, not competing.

    Muscle is not optional. It is not a vanity project. It is one of the most important metabolic organs in your body — and unlike your liver or kidneys, you have significant influence over how much of it you have and how well it functions.

    Build it deliberately. It pays back in ways that are invisible until you need them — and by then, you'll be very glad you did.

    If you want to understand how to build muscle safely and effectively — especially if you're starting later in life — that's exactly what we work on together.

    — Shiva Malhotra, Barefoot Protocol

    ACE Certified Personal Trainer | Sydney, Australia

    Share this article

    Shiva Malhotra, ACE Certified Personal Trainer and founder of Barefoot Protocol
    Shiva Malhotra
    ACE Certified Personal Trainer · CPR Certified · Sydney, Australia

    I'm Shiva. I rebuilt my own body after 40 and now coach adults over 35 — especially South Asian professionals — to do the same, without extreme diets or punishment workouts.

    Read more about my story →

    "If your blood sugar or energy levels are inconsistent, muscle may be the missing piece. Let’s build it."

    Want a Plan Built for You?

    Answer 5 quick questions and get a personalised workout plan — free.

    If This Feels Familiar, Let's Fix It.

    You don't need another extreme plan.
    You need a simple, structured way to rebuild your body — step by step.