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How many carbs are in lotus?

4 min read

According to USDA data, a half-cup serving of cooked lotus root contains approximately 9.6 grams of carbohydrates, while dried lotus seeds have a much higher concentration, with around 64-77 grams per 100g serving. The specific amount of carbs in lotus depends heavily on whether you are consuming the root or the seeds.

Quick Summary

The carb count for lotus differs significantly between the root and seeds, with the root offering moderate, low-GI carbohydrates and the seeds providing a much higher, starch-based carb load.

Key Points

  • Lotus Root Carbs: A 100g serving of raw lotus root contains around 16-17g of carbohydrates, with nearly 5g coming from dietary fiber.

  • Lotus Seeds Carbs: Dried lotus seeds are much higher in carbs, with about 64g per 100g serving, primarily consisting of starch.

  • Low Glycemic Index: Lotus root has a low glycemic index (GI) of 33, making it a better choice for stable blood sugar than high-GI starches like potatoes.

  • Nutritional Differences: Beyond carbs, lotus root is high in Vitamin C and fiber, while lotus seeds are richer in protein and minerals like magnesium.

  • Dietary Versatility: The choice between lotus root and seeds depends on diet goals: root for high-fiber, low-GI meals, and seeds for energy-dense snacking.

  • Health Benefits: Both parts of the lotus plant offer health benefits, including supporting heart health, digestion, and providing antioxidants.

In This Article

The lotus plant, an aquatic perennial prominent in Asian cuisine and traditional medicine, offers several edible parts, including the seeds, rhizomes (roots), and stems. When discussing how many carbs are in lotus, it is crucial to specify which part is being referenced, as their nutritional profiles differ dramatically. Lotus root is a popular vegetable known for its crisp texture, while lotus seeds are enjoyed as a high-starch snack or ingredient.

Carbohydrates in Lotus Root (Rhizome)

For most home cooks, the term 'lotus' refers to the root or rhizome, commonly used in stir-fries, soups, and curries. The carbohydrate content in lotus root is moderate, with a healthy portion of that coming from dietary fiber. This is one reason why it is a favored ingredient in nutritious diets.

  • Per 100 grams of raw lotus root: A 100g portion provides about 16-17 grams of total carbohydrates, with a significant amount of that being dietary fiber (around 4.9g).
  • Glycemic Index (GI): One of the key benefits of lotus root is its low glycemic index of 33, meaning it causes a slow and steady rise in blood sugar compared to high-GI foods like potatoes. This makes it a good carbohydrate choice for those monitoring their blood sugar levels.
  • Fiber content: The high fiber in lotus root aids in digestion, promotes feelings of fullness, and can help with constipation. This makes it beneficial for weight management as well.

Carbohydrates in Lotus Seeds

Dried lotus seeds, often referred to as 'makhana' or fox nuts, are a different story entirely when it comes to carbs. They are primarily composed of starch and are therefore much higher in carbohydrates by weight than the root.

  • Per 100 grams of dried lotus seeds: A serving contains a high concentration of carbs, ranging from 64% to 77% by dry weight. A 100g portion can have over 60 grams of carbohydrates, making them a dense energy source.
  • Starch content: A dominant component of carbohydrates in lotus seeds is starch, which provides energy but makes them a much higher-calorie, higher-carb food than the root.
  • Preparation: The carbohydrate and overall nutritional profile can be influenced by preparation methods. Roasting or processing dried seeds (such as in makhana) can change their texture but not the fundamental carb content per gram.

Nutritional Comparison: Lotus Root vs. Lotus Seeds (Per 100g)

To better illustrate the differences in carbohydrate content, the following table compares the typical nutritional values for 100g of raw lotus root and 100g of dried lotus seeds based on available data:

Nutrient Raw Lotus Root (approx. 100g) Dried Lotus Seeds (approx. 100g)
Energy 74 kcal 332 kcal
Total Carbohydrates 16-17 g 64 g
Dietary Fiber 4.9 g Data varies, but lower percentage than root
Protein 2.6 g 15 g
Fat 0.1 g 2 g

Incorporating Lotus into Your Diet

Depending on your dietary goals, you can choose the lotus part that best suits your needs. The root is a fantastic option for a high-fiber, low-calorie addition to meals, while the seeds are a nutrient-dense, high-carb snack or ingredient for specific dishes.

  • For low-carb goals: Focus on lotus root as a vegetable. It can be a healthier, lower-GI alternative to starchy potatoes.
  • For high-energy needs: Incorporate lotus seeds, which offer a significant energy boost and a good amount of protein.
  • For digestive health: Both root and seeds offer benefits, but the root's higher fiber content is especially effective in promoting regularity.
  • Flavor and Texture: Lotus root provides a subtle sweetness and crispness, perfect for stir-fries, braises, and salads. Lotus seeds have a neutral, slightly nutty flavor and a puffy texture when roasted, similar to popcorn.

Other Health Benefits Beyond Carbohydrates

While carbohydrate content is a major factor, the lotus plant offers a wealth of other nutritional benefits. The root is rich in Vitamin C, potassium, and various B vitamins, supporting immunity, blood pressure, and overall heart health. Lotus seeds are a good source of magnesium, iron, and B vitamins, providing excellent nutritional value. Additionally, many parts of the lotus plant are rich in antioxidants that help protect cells from damage and reduce inflammation. For more detailed information on the specific nutrient values of lotus root, authoritative sources like the USDA database are available.

Conclusion

In summary, the question of how many carbs are in lotus is answered by first identifying which part of the plant you are eating. Lotus root is a low-glycemic, fiber-rich vegetable with a moderate carbohydrate count, making it a healthy and satisfying addition to meals. Conversely, dried lotus seeds contain a much higher concentration of carbohydrates, predominantly starch, and are best utilized as a calorie-dense snack or ingredient. Both parts are highly nutritious, but understanding their differing carb profiles is key for incorporating them into your diet effectively.

USDA nutrition information is publicly available, see for example the data referenced in this article sourced from Verywell Fit

Frequently Asked Questions

Yes, dried lotus seeds are relatively high in carbs. A 100-gram portion contains approximately 64 grams of carbohydrates, mainly in the form of starch.

Compared to some starchy root vegetables like potatoes, lotus root is considered a more moderate-carb option with a high fiber content. For example, 100 grams of raw lotus root has about 16-17 grams of carbohydrates.

The glycemic index of lotus root is low, with a value of 33. This indicates that it releases sugar into the bloodstream slowly, helping to maintain more stable blood sugar levels.

Lotus root has moderate carbohydrate content, supplemented by a good amount of fiber. Dried lotus seeds have a much higher carb density per gram, primarily consisting of concentrated starch for a greater energy boost.

People with diabetes can eat lotus root in moderation due to its low glycemic index. However, dried lotus seeds have a higher carb load and should be consumed with caution. Always monitor blood sugar and consult a healthcare provider.

Yes, lotus root is generally considered a healthier carb option than potato for certain diets. It has a significantly lower glycemic index and a good amount of dietary fiber, contributing to slower digestion and blood sugar stability.

Cooking methods like boiling do not significantly alter the carbohydrate content per 100 grams. However, boiling may reduce some nutrients like Vitamin C. The carb count is more influenced by the state (raw vs. cooked) due to water content.

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Medical Disclaimer

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