Energy Gel Osmolality and Concentration: What Your Gut Actually Experiences
A plain-language explanation of the chemistry athletes encounter after a concentrated gel meets water and other fuel in the gut.
Science & Ingredients
Science & Ingredients
RED-S in Endurance Sport: Signs of Low Energy Availability Athletes Should Not Ignore
A health-first guide to chronic underfueling in male and female endurance athletes, based on the IOC RED-S framework.
Protein for Endurance Athletes: Daily Needs, Timing and Recovery
A practical protein guide for runners, cyclists and triathletes that keeps carbohydrate in its proper performance role.
Muscle Cramps During Exercise: Electrolytes, Dehydration or Fatigue?
An evidence-led look at the cramp debate and why a personalised prevention plan beats “just take more salt.”
Exercise-Associated Hyponatremia: Why More Water Is Not Always Safer
A safety-focused explanation of low blood sodium during endurance exercise and why drinking beyond need can be dangerous.
Muscle Glycogen Explained: The Fuel Behind Endurance Performance
A clear explanation of stored carbohydrate, why it is limited and how it connects to pace, long-session fueling and recovery.
Low-GI Energy Gels: What Runners Should Know Before Choosing One
Low GI is a measured property, not an ingredient assumption. Learn what the claim means for energy gels, what evidence exists and what runners...
Berries, Polyphenols and Exercise Recovery: What the Evidence Actually Says
A cautious review of berry polyphenol research, recovery claims and what a small amount of berries in endurance fuel can honestly do.
What Does Organic Mean in Australian Sports Nutrition?
A transparent guide to organic claims, certification and the difference between certified ingredients and a certified finished product.
Whole-Food Fuel vs Sports Food: What Endurance Athletes Should Know
A balanced comparison of food-first ingredients and purpose-built sports foods for training and racing.
Caffeine Energy Gels: Performance Benefits, Timing and Side Effects
An evidence-led guide to caffeinated gels, total dose, timing, side effects and when caffeine-free fuel makes more sense.
Electrolytes Explained: Sodium, Potassium and Magnesium for Endurance Athletes
What the main electrolytes do, which one dominates sweat losses and how to read the numbers on endurance fuel.
Glucose, Fructose, Sucrose and Maltodextrin: Energy Gel Carbohydrates Explained
A clear explanation of the carbohydrate names found in energy gels and what they mean during endurance exercise.
Gut-Friendly Energy Gels: What Athletes With Sensitive Stomachs Should Look For
Why energy gels upset some stomachs, what to look for in a gut-friendly formula and how to train your race-day nutrition plan.
The Best Natural Energy Gels for Australian Endurance Athletes in 2026
An honest comparison of natural, whole-food and conventional energy gels available to Australian endurance athletes in 2026.
How to Read an Energy Gel Label — And Why Most Athletes Get Fooled
Most athletes never read the back of their gel. Here is a complete breakdown of how energy gel labels actually work, what every ingredient...
Maurten vs Real Food: Does the Science Actually Back the Hype?
Maurten changed endurance nutrition and deserves credit for it. But does the hydrogel science hold up, and is lab-engineered maltodextrin really the best answer?...
Long-Term Athlete Health: The Question Every Gel Brand Is Avoiding
Sports nutrition brands optimise for race day. Nobody talks about what happens to your gut, your microbiome, and your inflammatory markers over five years...
Maple Syrup Is Elite Endurance Fuel. But We Made It Better.
Maple syrup has been outperforming lab-made gels for years — science backs it. Here's why it works, where it falls short on its own,...
The Dirty Ingredient List: What's Actually in Your Gel
A practical guide to reading energy-gel labels, comparing carbohydrate sources and additives, and choosing fuel that fits your training and gut.