Complete Nutritional Information of 'Halibut Baked Or Broiled Made With Oil'

Nutrition Facts

Nutrition Facts: Per 100 Grams
Calories 144
* Percent Daily Values are based on a 2,000 calorie diet.
Total Fat
5g
8%
Saturated Fat
1g
5%
Trans Fat
0g
Cholesterol
60mg
20%
Sodium
397mg
17%
Total Carbohydrate
0g
0%
Dietary Fiber
0g
0%
Total Sugars
0g
Includes Added Sugars
0g
0%
Protein
23g
Vitamin D
6mcg
30%
Calcium
9mg
1%
Iron
0mg
0%
Potassium
534mg
11%
Magnesium
0mg
0%

Amino Acids

TryptophanNA
ThreonineNA
IsoleucineNA
LeucineNA
LysineNA
MethionineNA

Protein, Fat and Carbohydrate %

Key Nutrients (% Daily Value)

Macronutrients and Vitamins in "Halibut Baked Or Broiled Made With Oil"

Food Name: Halibut Baked Or Broiled Made With Oil
Food Group: Fish
Macronutrients
Calories (kcal): 144Total Fat (g): 5
Protein (g): 23Water (g): 71
Fats
Saturated Fat (g): 1Cholesterol (mg): 60
Monounsaturated Fat (mg): 2115Polyunsaturated Fat (mg): 1869
Omega-3 (mg): 267Omega-6 (mg): 1369
EPA (20:5 n-3) (mg): 81DPA (22:5 n-3) (mg): 20
DHA (22:6 n-3) (mg): 157
Vitamins
Vitamin A (RAE) (mcg): 22Vitamin C (mg): 1
Vitamin D (mcg): 6Vitamin E (mg): 1
Vitamin K (mcg): 4Niacin/B3 (mg): 8
Vitamin B6 (mg): 1Folate/B9 (mcg): 13
Food Folate (mcg): 13Folate DFE (mcg): 13
Minerals
Calcium (mg): 9Magnesium (mg): 28
Phosphorus (mg): 289Potassium (mg): 534
Sodium (mg): 397Selenium (mcg): 56
Other Compounds
Choline (mg): 76Retinol (mcg): 22
PRAL Score: 10

Key Nutrition Facts about Halibut Baked Or Broiled Made With Oil

FAQ's

What are the protein, carbohydrate, and fat contents in 100 grams of 'Halibut Baked Or Broiled Made With Oil'?

100 grams of 'Halibut Baked Or Broiled Made With Oil' contains approximately following amounts of protein, carbohydrates, and fat:
Protein – 23g (around 46% of daily requirement),
Carbohydrates – 0g (around 0% of daily requirement),
Fat – 5g (around 6% of daily requirement).

It is typically higher in Protein while lower in Carbohydrates, making it more suitable for diets that are high-protein and also suitable for those requiring low Carbohydrates intake.

How many calories are in 100 grams of 'Halibut Baked Or Broiled Made With Oil'?

A 100-gram serving of 'Halibut Baked Or Broiled Made With Oil' provides around 144 kcal of energy. The majority of the calories come from protein, based on its macronutrient composition. This contributes approximately 7% of an average 2000 kcal daily diet, making it a low-calorie food choice.

Is 'Halibut Baked Or Broiled Made With Oil' mainly a source of protein, carbohydrates, or fat?

In 100g, 'Halibut Baked Or Broiled Made With Oil' is mainly a source of protein. It contains 23g protein, 0g carbs, and 5g fat, making it suitable for diets focused on protein.

Does 'Halibut Baked Or Broiled Made With Oil' contain calcium, potassium, iron, and other essential minerals?

'Halibut Baked Or Broiled Made With Oil' is a good source of the following minerals per 100g:
Selenium (mcg): 56 mcg (102% DV).

It is also an average source of:
Phosphorus (mg): 289 mg (23% DV),
Sodium (mg): 397 mg (17% DV).

'Halibut Baked Or Broiled Made With Oil' contains low amounts of the following minerals per 100g:
Calcium (mg): 9 mg (1% DV),
Potassium (mg): 534 mg (11% DV),
Magnesium (mg): 28 mg (7% DV).

Which vitamins are present in Halibut Baked Or Broiled Made With Oil in significant amounts?

'Halibut Baked Or Broiled Made With Oil' is a good source of the following vitamins per 100g:
Vitamin D (mcg): 6 mcg (30% DV),
Niacin/B3 (mg): 8 mg (50% DV),
Vitamin B6 (mg): 1 mg (77% DV),
Vitamin B12 (mcg): 1 mcg (42% DV).

'Halibut Baked Or Broiled Made With Oil' contains small to moderate amounts of the following vitamins per 100g:
Vitamin A (RAE) (mcg): 22 mcg (2% DV),
Vitamin C (mg): 1 mg (1% DV),
Vitamin E (mg): 1 mg (7% DV),
Vitamin K (mcg): 4 mcg (3% DV),
Folate/B9 (mcg): 13 mcg (3% DV),
Food Folate (mcg): 13 mcg (3% DV),
Folate DFE (mcg): 13 mcg (3% DV).

Which nutrients in 'Halibut Baked Or Broiled Made With Oil' may be harmful if consumed in excess?

It also contains moderate levels of:
Cholesterol (mg): 60 mg (20% of max recommended).