Calories in Nestle Parmesan Crusted Fish With Pasta In A Fire-roasted Tomato Sauce Topped With Cheese

Low Sugar
Instrument — Food Profile
100g
Calories

118.00

kcal
Protein

5.49

g
Carbs

18.00

g
Fat

2.75

g
Fiber

1.20

g
Sugar

3.14

g

Curious about the nutritional profile of nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese? Whether you are tracking your macros or just want to know how many calories it contain, you are in the right place. A standard 100g serving of nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese provides 118.00 calories, 5.49g of protein, and 18.00g of carbs.

Serving Size Variations

Portion Size Calories Protein Carbs Fat
100g (Standard) 118.00 kcal 5.49g 18.00g 2.75g
1 oz (28g) 33 kcal 1.5g 5.0g 0.8g
1 PACKAGE (255g) 301 kcal 14.0g 45.9g 7.0g

Vitamins & Minerals

Nutrient Amount
Calcium 27.00 mg
Iron 0.98 mg
Potassium 298.00 mg
Sodium 239.00 mg
📊 Data Source: USDA FoodData Central Database (FDC ID: 2086813)
🩺 Reviewed by Ashwini Yadav Last Updated: July 2026

Nutrition FAQs

How many calories is in nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese?

100 grams of nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese contains exactly 118.00 calories.

How many calories is in 1 1 package of nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese?

A single 1 package (255g) of nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese provides 301 calories.

How much protein does nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese have?

It contains 5.49g of protein per 100g, which is moderate.

Can I eat nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese on a keto diet?

No, nestle parmesan crusted fish with pasta in a fire-roasted tomato sauce topped with cheese has 18.00g of carbs per 100g, which may disrupt ketosis.