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How to lessen calories in rice with a simple hack

4 min read

According to research presented at the American Chemical Society, a simple cooking and cooling method can reduce the calories in rice by up to 60%. This surprising fact reveals an easy-to-implement strategy for anyone looking to lessen calories in rice without sacrificing taste or portion size.

Quick Summary

This guide reveals how to prepare rice with less absorbable calories using a simple, two-step process. It explains the science behind creating resistant starch by adding a small amount of fat and chilling the cooked rice. The method is practical, effective, and works with various rice types, offering a simple solution for better blood sugar control and weight management.

Key Points

  • Convert to resistant starch: By cooling rice after cooking, digestible starch is converted into resistant starch, which has fewer absorbable calories.

  • Add coconut oil: A teaspoon of coconut oil added during cooking and followed by cooling further increases resistant starch.

  • Refrigerate for 12 hours: The cooling process, ideally for at least 12 hours, is crucial for the formation of resistant starch.

  • Reheating is safe: Reheating the cooled rice does not destroy the resistant starch, allowing you to enjoy it warm with reduced calories.

  • Improves gut health: Resistant starch acts as a prebiotic, feeding beneficial gut bacteria and improving digestive health.

  • Slows blood sugar spikes: The slower digestion of resistant starch helps to regulate blood sugar levels more effectively than freshly cooked rice.

  • Promotes satiety: Increased resistant starch and fiber-like properties help you feel fuller for longer, aiding in weight management.

In This Article

The Science Behind Reducing Rice Calories

Rice is primarily composed of starch, a carbohydrate that our body typically breaks down into glucose for energy. However, not all starches are created equal. The viral rice hack works by converting digestible starch into resistant starch, a type of carbohydrate that our body cannot easily digest. The cooling process, known as retrogradation, causes the starch molecules to re-align into a tightly packed crystalline structure that is resistant to digestive enzymes. This transformation means fewer calories are absorbed and instead, the resistant starch behaves like dietary fiber, promoting gut health and a feeling of fullness.

The Cooking and Cooling Method

This simple, two-step method can dramatically alter the caloric profile of your rice:

  1. Add fat during cooking: Add a teaspoon of coconut oil for every half-cup of uncooked rice to the boiling water. The coconut oil interacts with the starch, creating a protective barrier that further promotes the formation of resistant starch. While coconut oil is often recommended, some research suggests other fats may work, and further studies are being conducted.
  2. Refrigerate after cooking: Once the rice is cooked, refrigerate it for at least 12 hours. The cooling period is essential for the retrogradation process to occur, converting the starches. Reheating the rice after it has been chilled will not reverse the change in its starch structure.

Comparison of Cooking Methods

Cooking Method Calories Absorbed Resistant Starch Gut Health Benefits Planning Needed
Standard Preparation Higher Low Minimal None
Cooking with Oil & Cooling Significantly Lower High Excellent (like fiber) Yes (12+ hours cooling)
Boiling & Draining Moderate Moderate Moderate Minimal

Practical Applications and Serving Suggestions

  • Prepare in advance: Since the method requires at least 12 hours of refrigeration, it's best to cook a larger batch of rice a day or two before you plan to use it. This makes it convenient for meal prepping.
  • Perfect for meal prep bowls: The cooled rice is perfect for cold rice salads, meal prep bowls, and side dishes. Just add vegetables, lean protein, and a light dressing.
  • Reheat and enjoy: Reheating the rice in a microwave or on the stovetop will not destroy the resistant starch. This means you can enjoy a hot, fluffy bowl of rice with fewer absorbed calories.
  • Experiment with grains: While most studies focus on white rice, the resistant starch principle also applies to other starchy foods like brown rice, potatoes, and pasta.
  • Combine with fiber and protein: To maximize satiety and nutrient intake, pair your cooled rice with high-fiber vegetables, lean protein sources (like chicken or fish), and healthy fats. This creates a more balanced and filling meal.

Beyond Calories: Other Benefits of Resistant Starch

Beyond just reducing the number of calories your body absorbs, increasing resistant starch in your diet offers several other health benefits:

  • Promotes gut health: Resistant starch acts as a prebiotic, feeding beneficial bacteria in your colon. This can lead to improved digestion and a healthier gut microbiome.
  • Enhances satiety: Because resistant starch passes through the small intestine undigested, it helps you feel fuller for longer, which can help control your overall calorie intake.
  • Regulates blood sugar: Resistant starch slows the absorption of sugar into the bloodstream, preventing the sharp spikes in blood glucose often associated with freshly cooked rice. This is particularly beneficial for individuals managing blood sugar levels.

The Role of Coconut Oil

The addition of a small amount of coconut oil during cooking is a critical part of the most effective resistant starch hack. Here's why:

  • Penetrates starch granules: As the rice cooks, the coconut oil enters the starch granules, changing their molecular architecture.
  • Creates a protective layer: This process creates a layer around the starch granules that makes them more resistant to the digestive enzymes in the small intestine.
  • Increases resistant starch yield: The combination of the fat and the cooling process is key to maximizing the resistant starch content.

Conclusion

By adopting a simple yet powerful cooking and cooling technique, you can significantly lessen calories in rice by converting digestible starches into beneficial resistant starches. This scientifically-backed method, which involves cooking rice with a small amount of fat and then chilling it, not only helps with weight management but also promotes better gut health and more stable blood sugar levels. While it requires some planning, the health benefits make this a worthwhile kitchen hack for anyone seeking to improve their diet. Embrace this simple change to enjoy your rice in a healthier, more mindful way.

Visit the official ACS publication for the initial research details on this rice hack.

Frequently Asked Questions

Yes, this method works for various types of rice, including white rice, brown rice, and basmati. The cooling process will convert digestible starch into resistant starch in most starchy grains.

For maximum benefit, you should refrigerate the rice for at least 12 hours after cooking. The longer it cools, the more resistant starch forms.

No, reheating the rice does not reverse the formation of resistant starch. You can safely warm up your cooled rice in the microwave or on the stovetop.

While the cooling process alone provides benefits, adding a small amount of coconut oil during cooking is proven to enhance the conversion to resistant starch and provides the most significant calorie reduction.

Yes, the principle of cooking and cooling to create resistant starch also applies to other starchy foods like pasta and potatoes.

The texture of the rice may change slightly after cooling, but it can still taste delicious. Many people find it perfect for cold salads or fried rice dishes.

It is crucial to cool the rice quickly and store it properly in the refrigerator to prevent bacterial growth, particularly Bacillus cereus. Cook small batches, cool quickly, and store correctly.

No, it does not eliminate all calories. It reduces the number of absorbable calories by converting a portion of the starch into indigestible resistant starch.

Medical Disclaimer

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