Skip to content

What is Gelatinised Maca and How Is It Different?

4 min read

In the highlands of the Andes, indigenous peoples have been consuming maca root for thousands of years, traditionally cooking it to improve digestion. Gelatinised maca is a modern processed form of this ancient superfood that replicates this cooking process, making it more digestible and concentrating its nutrients.

Quick Summary

A popular processed form of maca, gelatinised maca is created by heating the root to break down starches, resulting in a more concentrated powder. This process improves digestibility and nutrient absorption, offering a milder taste for those with sensitive stomachs.

Key Points

  • Pre-cooked for digestion: Gelatinisation involves heating and pressurising maca root to break down and remove complex starches.

  • Not animal-derived: The term "gelatinised" refers to the gelling of starches, not animal products, making it vegan-friendly.

  • Higher nutrient concentration: Removing starches makes gelatinised maca powder more potent and nutrient-dense per gram than raw maca.

  • Improved bioavailability: The processing enhances the body's ability to absorb the minerals and active compounds in the root.

  • Milder taste: Gelatinised maca typically has a smoother, sweeter taste with less of the bitterness associated with raw maca.

  • Mirrors traditional preparation: The gelatinisation process reflects how Andean natives have prepared maca root for centuries, by cooking it.

  • Superior for sensitive stomachs: For people who experience bloating or discomfort from raw maca, the gelatinised version is significantly easier to digest.

In This Article

Understanding the Maca Root and Its Preparations

Maca root, a cruciferous vegetable native to the high altitudes of the Peruvian Andes, has gained global recognition as a potent superfood and adaptogen. Historically, the root was never consumed raw by Andean locals due to its complex starches and challenging digestive properties. Instead, they would boil or ferment the root to make it edible and more palatable. Today, commercially available maca comes in two primary forms: raw and gelatinised. While raw maca is simply dried and ground at low temperatures, gelatinised maca undergoes a specific heat and pressurization process that fundamentally changes its properties, making it more accessible to the modern consumer.

The Gelatinisation Process Explained

The term "gelatinised" can be misleading, as it does not involve any animal-derived gelatin and is entirely vegan. The process is a form of extrusion that involves boiling the dried maca root and pressurizing it to break down the complex, indigestible starch molecules. This heating and cooking procedure mimics the traditional methods used for centuries. After the starches are removed, the remaining nutrient-rich pulp is dried and ground into a fine powder.

This method serves several critical purposes:

  • Removes indigestible starches: Raw maca contains high levels of starch (approximately 50% by weight) which can cause bloating, gas, and digestive discomfort in some individuals. Gelatinisation removes these starches, making the powder much gentler on the digestive system.
  • Increases nutrient concentration: By removing the bulky starches, the remaining powder is more concentrated. It can take up to four kilograms of raw maca to produce one kilogram of gelatinised maca, resulting in a product with a higher percentage of active ingredients like macamides and macaenes.
  • Enhances bioavailability: The removal of starches allows for better and faster absorption of the maca's beneficial compounds in the upper gastrointestinal tract.
  • Neutralises enzymes: The heat treatment deactivates enzymes present in raw maca that can inhibit the absorption of nutrients.

Comparison: Gelatinised vs. Raw Maca

The choice between gelatinised and raw maca depends on individual digestive sensitivity and health goals. While gelatinised is easier to digest, raw maca enthusiasts prefer it for its intact enzyme content, which is sensitive to heat.

Feature Gelatinised Maca Raw Maca
Processing Heated and pressurized to remove starches Dried and ground at low temperatures (below 105°F / 40°C)
Digestibility Easier on the stomach; ideal for sensitive digestive systems Can cause digestive issues like gas and bloating due to starch content
Nutrient Density More concentrated per gram due to starch removal Less concentrated per gram; lower potency
Bioavailability Enhanced absorption of minerals and active compounds Absorption can be hindered by complex starches and enzymes
Heat-Sensitive Nutrients Enzymes and Vitamin C are destroyed Retains heat-sensitive nutrients and enzymes
Flavor Milder, less bitter taste Stronger, sometimes bitter taste
Potency Thought to provide more potent benefits due to higher concentration Anecdotal evidence suggests some find it more effective, but digestibility can limit benefits

Health Benefits and Uses of Gelatinised Maca

Gelatinised maca retains the adaptogenic and nutritional properties of the raw root, often in a more concentrated form. As an adaptogen, it helps the body cope with stress and restore hormonal balance, without containing hormones itself.

Gelatinised maca is commonly used to support:

  • Energy and stamina: Maca is well-known for its ability to boost energy levels and increase endurance, making it popular among athletes.
  • Hormonal balance: Its adaptogenic qualities help regulate the endocrine system, supporting hormonal fluctuations in both men and women.
  • Mental clarity and mood: Some users report improvements in focus, memory, and overall mood.
  • Libido and fertility: Maca has a long history of use as an aphrodisiac and for supporting reproductive health.
  • Overall vitality: The high mineral content, including zinc, iron, and calcium, contributes to general well-being.

How to Incorporate Gelatinised Maca into Your Diet

Gelatinised maca powder is highly versatile and can be easily added to various foods and beverages. Since it is pre-cooked, it doesn't need to be heated before consumption.

  • In smoothies: Add a teaspoon to your morning smoothie for a nutrient and energy boost.
  • Baking: Mix the powder into energy bars, muffins, or pancakes for a subtle, earthy flavour.
  • Hot beverages: Stir it into hot cocoa, lattes, or oatmeal.
  • In recipes: Incorporate it into homemade desserts or sweet treats.

Conclusion

Gelatinised maca offers a more digestible, concentrated, and palatable alternative to raw maca, making its powerful adaptogenic and nutritional benefits more accessible to a wider audience. While the heat process does remove some enzymes and Vitamin C, the improved absorption of other key compounds and reduced digestive upset makes it a preferable choice for many. Ultimately, the choice between gelatinised and raw depends on personal preference and how your body responds. For those with sensitive digestion or seeking maximum bioavailability of key minerals and active ingredients, gelatinised maca is the superior option, mirroring the preparation methods used by native Andean communities for centuries.

Frequently Asked Questions

Yes, gelatinised maca is 100% vegan. The name comes from the process of gelling starches and contains no animal-derived gelatin whatsoever.

The gelatinisation process involves heating and pressurizing the maca root to remove its tough, indigestible starches and fibers. This makes the final powder much gentler on the stomach.

Gram for gram, gelatinised maca is more potent because the process removes starches, concentrating the active ingredients. It takes four kilos of raw maca to make one kilo of gelatinised.

Yes, it tends to have a milder, less bitter, and slightly sweeter flavour compared to raw maca, which many people find more palatable.

Yes, because it is heated, gelatinised maca does lose some heat-sensitive nutrients like enzymes and Vitamin C. However, it enhances the bioavailability of other key compounds.

Gelatinised maca is heated to break down starches, making it easier to digest and more concentrated. Raw maca is simply dried and ground at low temperatures, retaining all enzymes but being harder to digest.

It can be easily added to smoothies, baked goods, oatmeal, or hot beverages. Since it is pre-cooked, it can be consumed without further heating.

References

  1. 1
  2. 2
  3. 3
  4. 4
  5. 5

Medical Disclaimer

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