Ever wonder how your favorite foods stack up against each other in terms of nutrition?
We compared the nutritional contents of
cheese
versus
canned tuna
(100g each)
below using 2020 USDA and NIH data[1].
For a quick recap of significant nutrients and differences in cheese and canned tuna:
Both cheese and canned tuna are high in calories. Cheese has 200% more calories than canned tuna - cheese has 384 calories per 100 grams and canned tuna has 128 calories.
For macronutrient ratios, cheese is much lighter in protein, much heavier in fat and similar to canned tuna for carbs. Cheese has a macronutrient ratio of 25:0:75 and for canned tuna, 78:0:22 for protein, carbohydrates and fat from calories.
Macro Ratios from Calories:
Cheese | Canned Tuna | |
---|---|---|
Protein | 25% | 78% |
Carbohydrates | ~ | ~ |
Fat | 75% | 22% |
Alcohol | ~ | ~ |
Both cheese and canned tuna are low in carbohydrates - cheese has 0.13g of total carbs per 100 grams and canned tuna does not contain significant amounts.
Both cheese and canned tuna are high in protein. Cheese is very similar to cheese for protein - cheese has 23.5g of protein per 100 grams and canned tuna has 23.6g of protein.
Cheese is high in saturated fat and canned tuna has 95% less saturated fat than cheese - cheese has 16.1g of saturated fat per 100 grams and canned tuna has 0.79g of saturated fat.
Canned tuna has 56% less cholesterol than cheese - cheese has 95mg of cholesterol per 100 grams and canned tuna has 42mg of cholesterol.
Cheese is an excellent source of Vitamin A and it has 28 times more Vitamin A than canned tuna - cheese has 174ug of Vitamin A per 100 grams and canned tuna has 6ug of Vitamin A.
Cheese has more Vitamin D than canned tuna - cheese has 21iu of Vitamin D per 100 grams and canned tuna does not contain significant amounts.
Cheese and canned tuna contain similar amounts of Vitamin E - cheese has 0.25mg of Vitamin E per 100 grams and canned tuna does not contain significant amounts.
Cheese and canned tuna contain similar amounts of Vitamin K - cheese has 2.5ug of Vitamin K per 100 grams and canned tuna does not contain significant amounts.
Cheese has more riboflavin, pantothenic acid and folate, however, canned tuna contains more niacin and Vitamin B6. Both cheese and canned tuna contain significant amounts of thiamin and Vitamin B12.
Cheese | Canned Tuna | |
---|---|---|
Thiamin | 0.023 MG | 0.008 MG |
Riboflavin | 0.318 MG | 0.044 MG |
Niacin | 0.114 MG | 5.799 MG |
Pantothenic acid | 0.249 MG | 0.124 MG |
Vitamin B6 | 0.061 MG | 0.217 MG |
Folate | 13 UG | 2 UG |
Vitamin B12 | 1.23 UG | 1.17 UG |
Cheese is an excellent source of calcium and it has 46 times more calcium than canned tuna - cheese has 659mg of calcium per 100 grams and canned tuna has 14mg of calcium.
Cheese and canned tuna contain similar amounts of iron - cheese has 0.59mg of iron per 100 grams and canned tuna has 0.97mg of iron.
Canned tuna is a great source of potassium and it has 179% more potassium than cheese - cheese has 85mg of potassium per 100 grams and canned tuna has 237mg of potassium.
For omega-3 fatty acids, cheese has more alpha linoleic acid (ALA) than canned tuna per 100 grams, however, canned tuna contains more dha, epa and dpa than cheese per 100 grams.
Cheese | Canned Tuna | |
---|---|---|
alpha linoleic acid | 0.332 G | 0.071 G |
DHA | ~ | 0.629 G |
EPA | ~ | 0.233 G |
DPA | ~ | 0.018 G |
Total | 0.332 G | 0.951 G |
Comparing omega-6 fatty acids, cheese has more linoleic acid than canned tuna per 100 grams.
Cheese | Canned Tuna | |
---|---|---|
linoleic acid | 0.532 G | 0.055 G |
other omega 6 | ~ | 0.051 G |
Total | 0.532 G | 0.106 G |
The comparison below is by common portions, e.g. cups, packages. You can also see a more concrete comparison by weight at equal weight (by grams) comparison.
Note: The specific food items compared are: Cheese (Cheese, Mexican blend) and Canned Tuna (Fish, tuna, white, canned in water, without salt, drained solids) .
Cheese g
()
|
Daily Values (%) |
Canned Tuna g
()
|
|||||
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KCAL % |
|
5% | calories | 5% |
|
KCAL % | |
G % |
|
5% | carbohydrates | 5% |
|
G % | |
G % |
|
5% | dietary fiber | 5% |
|
G % | |
G | 5% | sugar | 5% | G | |||
G % |
|
5% | total fat | 5% |
|
G % | |
G % |
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5% | saturated fat | 5% |
|
G % | |
G | 5% | monounsaturated fat | 5% | G | |||
G | 5% | polyunsaturated fat | 5% | G | |||
G | 5% | trans fat | 5% | G | |||
MG | 5% | cholesterol | 5% | MG | |||
MG % |
|
5% | sodium | 5% |
|
MG % | |
5% | Vitamins and Minerals | 5% | |||||
UG % |
|
5% | Vitamin A | 5% |
|
UG % | |
MG % |
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5% | Vitamin C | 5% |
|
MG % | |
IU % |
|
5% | Vitamin D | 5% |
|
IU % | |
MG % |
|
5% | calcium | 5% |
|
MG % | |
MG % |
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5% | iron | 5% |
|
MG % | |
MG % |
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5% | magnesium | 5% |
|
MG % | |
MG % |
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5% | potassium | 5% |
|
MG % | |
MG % |
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5% | thiamin (Vit B1) | 5% |
|
MG % | |
MG % |
|
5% | riboflavin (Vit B2) | 5% |
|
MG % | |
MG % |
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5% | niacin (Vit B3) | 5% |
|
MG % | |
MG % |
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5% | Vitamin B6 | 5% |
|
MG % | |
MG % |
|
5% | pantothenic acid (Vit B5) | 5% |
|
MG % | |
UG % |
|
5% | folate (Vit B9) | 5% |
|
UG % | |
UG % |
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5% | Vitamin B12 | 5% |
|
UG % | |
MG % |
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5% | Vitamin E | 5% |
|
MG % | |
UG % |
|
5% | Vitamin K | 5% |
|
UG % | |
G % |
|
5% | protein | 5% |
|
G % | |
UG % |
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5% | biotin (Vit B7) | 5% |
|
UG % | |
MG % |
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5% | choline | 5% |
|
MG % | |
MG % |
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5% | chlorine | 5% |
|
MG % | |
UG % |
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5% | chromium | 5% |
|
UG % | |
MG % |
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5% | copper | 5% |
|
MG % | |
UG % |
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5% | fluoride | 5% |
|
UG % | |
UG % |
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5% | iodine | 5% |
|
UG % | |
MG % |
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5% | manganese | 5% |
|
MG % | |
UG % |
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5% | molybdenum | 5% |
|
UG % | |
MG % |
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5% | phosphorus | 5% |
|
MG % | |
UG % |
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5% | selenium | 5% |
|
UG % | |
MG % |
|
5% | zinc | 5% |
|
MG % | |
G | 5% | Water | 5% | G | |||
G | 5% | Starch | 5% | G | |||
G | 5% | Alcohol | 5% | G | |||