Skip to content

Is UCAN Gel Easy to Digest? Examining the LIVSTEADY Advantage

4 min read

According to sports nutrition research, many endurance athletes experience gastrointestinal (GI) distress from traditional energy gels due to high sugar content and osmolality. UCAN gels were specifically developed to counter this issue by providing sustained energy through a unique, slow-releasing carbohydrate that is gentle on the stomach.

Quick Summary

UCAN gels are designed to be easy on the stomach for athletes by utilizing a high-molecular-weight, low-osmolality carbohydrate called LIVSTEADY. This patented technology delivers steady, crash-free energy without the bloating, cramping, or other digestive issues commonly associated with quick-digesting, sugar-based gels.

Key Points

  • Easy on the Stomach: UCAN gels are formulated with LIVSTEADY, a high-molecular-weight carbohydrate that is gentle on the digestive system and minimizes GI distress.

  • Low Osmolality: Unlike sugary gels, UCAN's low osmotic load means less water is pulled into the gut, preventing bloating and cramping.

  • No Sugar Spikes or Crashes: The slow-release formula provides steady energy, avoiding the blood sugar spikes and crashes common with simple sugars.

  • Minimal Water Needed: UCAN gels do not require extra water to aid digestion, simplifying your fueling and hydration strategy on the go.

  • Athlete-Approved: Many athletes with sensitive stomachs have reported excellent digestive tolerance and sustained energy from using UCAN gels.

In This Article

Understanding the Digestive Challenge with Traditional Gels

For decades, endurance athletes have relied on energy gels packed with simple sugars like glucose, fructose, and maltodextrin. While effective for a quick energy boost, these high-sugar formulations often cause significant stomach upset. This is primarily due to their high osmolality—the concentration of dissolved particles—in the gastrointestinal tract. A high osmotic load slows down gastric emptying and pulls water into the gut, leading to the bloating, cramping, and nausea that many athletes dread during a race. Moreover, the rapid spike and subsequent crash in blood sugar levels can compromise performance and create a vicious cycle of needing more sugar. For a seasoned marathon runner or triathlete, managing this GI distress can be as crucial as managing their pace. The consistent need to wash down thick, sugary gels with water also complicates an athlete's hydration strategy.

The LIVSTEADY Advantage: A Different Approach to Fueling

UCAN gels, particularly the Edge series, represent a major innovation in sports nutrition by addressing these digestive issues head-on. The core of UCAN's formula is LIVSTEADY, a patented, slow-release carbohydrate derived from corn starch. The key to its easy digestibility lies in its high molecular weight and low osmolality. Unlike simple sugars, LIVSTEADY creates a much lower osmotic pressure in the stomach, which allows it to pass through the digestive system smoothly and be rapidly emptied into the intestines. This process requires minimal water for digestion and absorption, eliminating the need to chase it with extra fluids and reducing the risk of bloating. Professional athletes and everyday enthusiasts alike have praised this difference, noting the absence of stomach issues and a much more comfortable fueling experience during long efforts.

Smooth Energy, Smooth Digestion

Beyond comfort, UCAN's slow-release mechanism provides a superior energy profile for endurance sports. Instead of a quick spike and crash, LIVSTEADY delivers a steady stream of glucose into the bloodstream over an extended period. This helps maintain stable blood sugar levels, preventing the sudden energy crashes that can derail a performance. By promoting steady energy, UCAN also helps the body utilize fat for fuel more efficiently. This metabolic advantage is beneficial for endurance athletes, as it helps spare glycogen stores for later in the race when intensity increases. The combination of smooth energy and easy digestion allows athletes to focus on their performance rather than managing their fuel or battling stomach discomfort.

UCAN vs. Traditional Energy Gels: A Comparison

To highlight the key differences, here is a comparison of UCAN gels and traditional, sugar-based energy gels.

Feature UCAN Gels (LIVSTEADY) Traditional Gels (Sugar/Maltodextrin)
Primary Carbohydrate Source LIVSTEADY (Slow-release corn starch) Simple Sugars (Glucose, Fructose, Maltodextrin)
Energy Profile Steady, long-lasting energy without spikes or crashes Rapid energy spike followed by a crash
Digestibility High molecular weight and low osmolality make it gentle on the stomach and minimize GI distress High osmolality can cause bloating, cramping, and GI issues
Water Requirement Minimal to no extra water needed for digestion Often requires chasing with water to aid digestion and avoid further distress
Taste Profile Often less intensely sweet due to zero sugar, with natural flavorings Very sweet, can be overpowering during intense exercise
Usage Frequency Fewer gels needed over a long race due to extended energy release More frequent consumption is often necessary to maintain energy levels

Optimizing Your Fueling Strategy with UCAN

To make the most of UCAN gels and ensure easy digestion, consider the following points:

  • Practice in Training: As with any new fuel, test UCAN gels during your training sessions to let your body adapt and determine the right timing for your needs.
  • Pre-Race Fueling: Some athletes benefit from a UCAN gel 15–30 minutes before a long effort to stabilize blood sugar from the start.
  • Listen to Your Body: UCAN's sustained release means you may need to time your fuel slightly before you anticipate needing it. For longer efforts, take a gel every 45–60 minutes.
  • Hydrate Separately: The minimal water requirement means you can manage your hydration and energy intake independently, which can be a relief for athletes who struggle to time both correctly.

Conclusion: The Gentle Fueling Solution for Endurance

Ultimately, UCAN gels are specifically engineered to be easy to digest for athletes who struggle with GI distress from traditional sugary gels. The patented LIVSTEADY carbohydrate delivers stable, crash-free energy with a low osmotic load, preventing the stomach upset and bloating that often occur during intense exercise. While every athlete's body is different, the positive feedback from countless runners, cyclists, and triathletes suggests that UCAN offers a reliable and comfortable fueling option that prioritizes long-lasting performance and digestive comfort. For those seeking an alternative to the sugary gel roller coaster, UCAN provides a compelling, stomach-friendly solution. For more details on the science behind UCAN's technology, visit the official website: UCAN's Energy Lab Blog.

Frequently Asked Questions

The primary ingredient is LIVSTEADY, a patented, slow-release carbohydrate derived from corn starch. Its high molecular weight and low osmolality are the key factors that make it gentle on the stomach.

Traditional gels use simple sugars with high osmolality, which can draw water into the intestines, delay gastric emptying, and cause bloating, cramping, and other GI issues during exercise.

No, UCAN gels are formulated to be consumed without additional water to aid digestion. You should still hydrate as you normally would, but it's not required specifically for the gel.

Yes. The LIVSTEADY carbohydrate provides a steady, extended release of energy, which helps maintain stable blood sugar levels and prevents the spikes and subsequent crashes caused by sugary gels.

Many athletes with sensitive stomachs find UCAN gels to be a game-changer. The formula is specifically designed to reduce GI distress, and numerous testimonials support its stomach-friendly nature.

For longer workouts over 90 minutes, UCAN recommends consuming a gel every 45–60 minutes, with the steady energy lasting about 75 minutes per pouch.

UCAN Edge Energy Gels are zero-sugar and provide energy through the complex LIVSTEADY carbohydrate rather than simple sugars.

References

  1. 1
  2. 2
  3. 3

Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.