Nutrient Comparison: Boiled Red Kidney Beans VS Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated per 1 lb
Compare the macro and micronutrient content in 1 lb of Boiled Red Kidney Beans versus 1 lb of Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated to make informed dietary choices. Explore their nutritional differences and benefits.
Lets compare vitamin content per 1 pound of Boiled Red Kidney Beans vs Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated:
- 1 pound of Boiled Red Kidney Beans has 2.7 times more Vitamin B1, 1.3 times more Vitamin B3, 4 times more Vitamin B6 and 5.7 times more Vitamin B9 than Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated.
- While 1 lb of Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated contains more Vitamin A, 3.3 times more Vitamin B2, more Vitamin B12, 2.9 times more Vitamin C, more Vitamin D and 22.3 times more Vitamin E than Boiled Red Kidney Beans.
- 1 pound of Boiled Red Kidney Beans have insufficient amounts of Vitamin A, Vitamin B12, Vitamin C, Vitamin D and Vitamin E
Comparing minerals per 1 pound for Boiled Red Kidney Beans vs Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated:
- 1 pound of Boiled Red Kidney Beans has 4 times more Copper, 4.4 times more Phosphorus and 3.5 times more Zinc than Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated.
- While 1 lb of Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated contains 1.3 times more Calcium, 2.7 times more Iron, 1.9 times more Magnesium, 1.5 times more Manganese, 263 times more Sodium and 1.3 times more Water than Boiled Red Kidney Beans.
- Both Boiled Red Kidney Beans and Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated contain similar levels of Potassium per one pound.
Comparison of macro-nutrients per 1 pound:
- 1 pound of Boiled Red Kidney Beans has 4.1 times more Energy, 4.1 times more Carbohydrate, 1.6 times more Fiber and 4.7 times more Protein than Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated.
- 1 pound of Seaweed, Canadian Cultivated EMI-TSUNOMATA, rehydrated provide inadequate amounts of Energy