Nutrient Comparison: Boiled Dock VS Stewed Canned Tomatoes per 1 lb
Compare the macro and micronutrient content in 1 lb of Boiled Dock versus 1 lb of Stewed Canned Tomatoes to make informed dietary choices. Explore their nutritional differences and benefits.
Lets compare vitamin content per 1 pound of Boiled Dock vs Stewed Canned Tomatoes:
- 1 pound of Boiled Dock has 19.3 times more Vitamin A, 2.5 times more Vitamin B2, 5.9 times more Vitamin B6, 1.6 times more Vitamin B9 and 3.3 times more Vitamin C than Stewed Canned Tomatoes.
- While 1 lb of Stewed Canned Ripe Red Tomatoes contains 1.4 times more Vitamin B1, 1.7 times more Vitamin B3 and 3.2 times more Vitamin B5 than Boiled and Drained Dock.
- 1 pound of Boiled Dock have insufficient amounts of Vitamin B5
- 1 pound of Stewed Canned Tomatoes have insufficient amounts of Vitamin A, Vitamin B6 and Vitamin B9
- Both Boiled and Drained Dock as well as Stewed Canned Ripe Red Tomatoes have insufficient amounts of Vitamin B12 and Vitamin D in one pound.
Comparing minerals per 1 pound for Boiled Dock vs Stewed Canned Tomatoes:
- 1 pound of Boiled Dock has 1.6 times more Iron, 7.4 times more Magnesium, 5.1 times more Manganese, 2.6 times more Phosphorus and 1.6 times more Potassium than Stewed Canned Tomatoes.
- While 1 lb of Stewed Canned Ripe Red Tomatoes contains 73.7 times more Sodium than Boiled and Drained Dock.
- Both Boiled Dock and Stewed Canned Tomatoes contain similar levels of Calcium, Copper and Water per one pound.
- Both Boiled and Drained Dock as well as Stewed Canned Ripe Red Tomatoes lack sufficient amounts of Selenium and Zinc in one pound.
Comparison of macro-nutrients per 1 pound:
- 1 pound of Boiled Dock has 2.6 times more Fiber and 2 times more Protein than Stewed Canned Tomatoes.
- While 1 lb of Stewed Canned Ripe Red Tomatoes contains 2.1 times more Carbohydrate than Boiled and Drained Dock.
- 1 pound of Stewed Canned Tomatoes provide inadequate amounts of Protein
- Both Boiled and Drained Dock as well as Stewed Canned Ripe Red Tomatoes provide inadequate amounts of Energy in one pound.