Black Beluga Lentils vs Adzuki Bean
We scientifically analyze the biological properties of Black Beluga Lentils and Adzuki Bean. Review the differences in macronutrients, vitamins, minerals, and our final nutritional verdict.
Black Beluga Lentils
Lens culinaris
Adzuki Bean
Vigna angularis
Key Nutritional Advantages
| Nutrient / Metric | Black Beluga Lentils (100g) | Adzuki Bean (100g) |
|---|---|---|
| Calories | 353 kcal | 128 kcal |
| Protein | 25.8g | 7.5g |
| Fats | 1g | 0.2g |
| Carbohydrates | 60g | 25.8g |
| Dietary Fiber | 8.9g | 7.3g |
| GIGlycemic Index | 21 | 25 |
| Water Content | 10% | 10.2% |
Nutritional Verdict
Based on nutrient-density scores (highly bioavailable proteins, soluble prebiotic fiber, and balanced glycemic metrics), Black Beluga Lentils is programmatically rated superior for structural cellular health.
Black Beluga Lentils
Black Beluga lentils are small, shiny, and black legumes that resemble caviar. They are rich in protein, fiber, and essential nutrients, making them a nutritious addition to various dishes.
Adzuki Bean
Adzuki beans are small, red legumes known for their sweet flavor and high nutritional value. They are rich in protein, fiber, and essential nutrients, making them a popular choice in various cuisines.
Nutritional Intelligence Comparative Analysis
Cross-clinical evaluation based on micronutrient densities, absorption profiles, and bioactive compounds.
1. Macronutrient Battle and Energy Density
When evaluating energy intake, Black Beluga Lentils provides 353 calories per 100g, compared to 128 calories in Adzuki Bean. This makes Black Beluga Lentils more energy-dense, whereas Adzuki Bean stands out for its lower caloric footprint.
In the protein matrix, Black Beluga Lentils delivers 25.8g of protein per 100g, while Adzuki Bean records 7.5g. For athletes and lean mass preservation, Black Beluga Lentils offers a clear biochemical advantage.
Carbohydrate structures and the Glycemic Index (GI) yield different metabolic dynamics: Black Beluga Lentils has 60g of carbs with an estimated GI of 21, whereas Adzuki Bean has 25.8g with a GI of 25. Black Beluga Lentils provides slower glucose absorption, ideal for preventing glucose spikes.
Regarding gut health, Black Beluga Lentils features 8.9g of fiber per 100g, compared to 7.3g in Adzuki Bean. Consuming Black Beluga Lentils significantly favors satiety and digestive transit.
2. Micronutrient Profile (Vitamins and Minerals)
Micronutrient analysis highlights the essential vitamins and minerals of each food, expressed as a percentage of the recommended Daily Value (%DV).
Black Beluga Lentils's profile is highly notable for: folate (479µg, 120% VDR) and phosphorus (280mg, 40% VDR) and vitamin b1 (thiamine) (0.3mg, 25% VDR).
Conversely, Adzuki Bean stands out especially in: folate (130mcg, 33% VDR) and vitamin b1 (thiamine) (0.2mg, 15% VDR) and magnesium (60mg, 15% VDR).
3. Medicinal Properties and Bioactive Compounds
From a phytonutrient and bioactive perspective, each superfood interacts with cellular receptors uniquely to deliver medicinal and cell-protective benefits.
Black Beluga Lentils contains highly valuable active principles: Anthocyanins (Compounds that provide antioxidant properties and may help reduce inflammation.).
Black Beluga Lentils posee propiedades descritas como: Antioxidant, Anti-inflammatory.
4. AI Clinical Verdict
We conclude with the AI Clinical Verdict. Evaluating the Nutri-Scores (Black Beluga Lentils: 100/100 vs Adzuki Bean: 100/100), we determine that both foods possess an equivalent nutritional value.
For Weight Control / Caloric Deficit, the recommended food is Adzuki Bean due to its excellent volume-to-calorie ratio and hydration/fiber content.
For Muscle Gain and Athletic Performance, the biochemically advantageous option is Black Beluga Lentils because of its higher protein/amino acid content.
For Glycemic Control / Insulin Sensitivity, Black Beluga Lentils is recommended due to its low glycemic impact.
For Cardiovascular Health and Antioxidants, Adzuki Bean stands out due to its concentration of cardioprotective compounds and key minerals.