Ever wonder how your favorite foods stack up against each other in terms of nutrition?
We compared the nutritional contents of
cooked
venison
versus
cooked
chicken breast
(100g each)
below using 2020 USDA and NIH data[1].
For a quick recap of significant nutrients and differences in venison and chicken breast:
Both chicken breast and venison are high in calories. Chicken breast has a little more calories (10%) than venison by weight - chicken breast has 165 calories per 100 grams and venison has 150 calories.
For macronutrient ratios, venison is heavier in protein, lighter in fat and similar to chicken breast for carbs. Venison has a macronutrient ratio of 84:0:16 and for chicken breast, 79:0:21 for protein, carbohydrates and fat from calories.
Macro Ratios from Calories:
Venison | Chicken Breast | |
---|---|---|
Protein | 84% | 79% |
Carbohydrates | ~ | ~ |
Fat | 16% | 21% |
Alcohol | ~ | ~ |
Both chicken breast and venison are high in protein. Chicken breast has a little more protein (4%) than venison by weight - chicken breast has 31g of protein per 100 grams and venison has 29.8g of protein.
Chicken breast and venison contain similar amounts of saturated fat - chicken breast has 1g of saturated fat per 100 grams and venison has 1.4g of saturated fat.
Chicken breast and venison contain similar amounts of cholesterol - chicken breast has 85mg of cholesterol per 100 grams and venison has 78mg of cholesterol.
Chicken breast has more Vitamin A than venison - chicken breast has 6ug of Vitamin A per 100 grams and venison does not contain significant amounts.
Chicken breast has more Vitamin D than venison - chicken breast has 5iu of Vitamin D per 100 grams and venison does not contain significant amounts.
Chicken breast and venison contain similar amounts of Vitamin E - chicken breast has 0.27mg of Vitamin E per 100 grams and venison has 0.61mg of Vitamin E.
Chicken breast and venison contain similar amounts of Vitamin K - chicken breast has 0.3ug of Vitamin K per 100 grams and venison has 1.2ug of Vitamin K.
Venison has more thiamin, riboflavin and Vitamin B12, however, chicken breast contains more pantothenic acid. Both venison and chicken breast contain significant amounts of niacin, Vitamin B6 and folate.
Venison | Chicken Breast | |
---|---|---|
Thiamin | 0.276 MG | 0.07 MG |
Riboflavin | 0.506 MG | 0.114 MG |
Niacin | 10.613 MG | 13.712 MG |
Pantothenic acid | ~ | 0.965 MG |
Vitamin B6 | 0.746 MG | 0.6 MG |
Folate | 9 UG | 4 UG |
Vitamin B12 | 1.8 UG | 0.34 UG |
Chicken breast has 150% more calcium than venison - chicken breast has 15mg of calcium per 100 grams and venison has 6mg of calcium.
Venison is an excellent source of iron and it has 288% more iron than chicken breast - chicken breast has 1mg of iron per 100 grams and venison has 4mg of iron.
Both chicken breast and venison are high in potassium. Venison has 54% more potassium than chicken breast - chicken breast has 256mg of potassium per 100 grams and venison has 393mg of potassium.
For omega-3 fatty acids, chicken breast has more DHA than venison per 100 grams. Both venison and chicken breast contain significant amounts of alpha linoleic acid (ALA).
Venison | Chicken Breast | |
---|---|---|
alpha linoleic acid | 0.044 G | 0.03 G |
DHA | ~ | 0.02 G |
EPA | ~ | 0.01 G |
DPA | ~ | 0.01 G |
Total | 0.044 G | 0.07 G |
Comparing omega-6 fatty acids, chicken breast has more linoleic acid than venison per 100 grams.
Venison | Chicken Breast | |
---|---|---|
linoleic acid | 0.115 G | 0.59 G |
other omega 6 | 0.026 G | 0.06 G |
Total | 0.141 G | 0.65 G |
The comparison below is by weight, but sometimes 100g isn't that intuitive of a measurement for food. View a custom portion comparison (e.g. cups, oz, package).
You can try adding or subtracting the amount of either Venison or Chicken Breast .
Note: The specific food items compared are: Venison (Venison/deer steak, cooked, NS as to cooking method) and Chicken Breast (Chicken, broilers or fryers, breast, meat only, cooked, roasted) .
Cooked Venison g
()
|
Daily Values (%) |
Cooked Chicken Breast g
()
|
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KCAL % |
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5% | calories | 5% |
|
KCAL % | |
G % |
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5% | carbohydrates | 5% |
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G % | |
G % |
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5% | dietary fiber | 5% |
|
G % | |
G | 5% | sugar | 5% | G | |||
G % |
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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 % |
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5% | Vitamin D | 5% |
|
IU % | |
MG % |
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5% | calcium | 5% |
|
MG % | |
MG % |
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5% | iron | 5% |
|
MG % | |
MG % |
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5% | magnesium | 5% |
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MG % | |
MG % |
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5% | potassium | 5% |
|
MG % | |
MG % |
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5% | thiamin (Vit B1) | 5% |
|
MG % | |
MG % |
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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 % |
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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 % |
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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 % |
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5% | zinc | 5% |
|
MG % | |
G | 5% | Water | 5% | G | |||
G | 5% | Starch | 5% | G | |||
G | 5% | Alcohol | 5% | G | |||