Candies, Mars Snackfood Us, M&m's Peanut Butter…

Added sugar detected. Added sugars (including high-fructose corn syrup) independently drive liver fat accumulation through de novo lipogenesis. The AASLD recommends eliminating added sugars from the diet.
Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies Limit
Contains added sugar
10g
Protein
57g
Carbs
29g
Fat
529
kcal
Saturated Fat18.5g (63%)
Added SugarYes
Fiber4.0g
Sodium213mg
ProcessingLight Processed
Carb TypeN/A
Portion: a moderate portion · in moderation · Consume as-is.

About Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies

Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies belongs to the Sweets group in the USDA FoodData Central database. Per 100 grams, it provides 529.0 kcal, 10.2g protein, 56.9g carbohydrate, and 29.3g fat — of which 18.48g is saturated (63.1% of total fat).

It counts as minimally processed, so it sits near the whole-food end of the Mediterranean-style pattern. The 4.0g of fiber per 100g is another data point worth weighing, since fiber supports the metabolic response the liver depends on. Sodium comes in at 213.0mg per 100g, a moderate amount that fits comfortably in most days. Every figure here traces back to the USDA nutrition data the site is built on, assessed with the same AASLD 2023 standards throughout.

Rated Limit, Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies is best kept occasional — portion and frequency matter more than the label alone.

How Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies fits into a liver-conscious diet

In context, candies, mars snackfood us, m&m's peanut butter chocolate candies is notable for its 4g of fiber per 100g, which slows the glucose response the liver has to manage. The database lists a typical serving of 1 bar; keeping servings in that range is the practical lever that matters most.

Compared with other entries in the Sweets group, candies, mars snackfood us, m&m's peanut butter chocolate candies sits where it does because of the numbers above — the saturated-fat share, added sugar, and processing checks that decide every rating on this site. The rating is not a verdict on the food as a whole; it is a verdict on how it fits the Mediterranean pattern recommended for MASLD.

Questions People Ask

Should I avoid Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies with fatty liver?

Yes, Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies should generally be avoided with fatty liver. Contains added sugar. The current clinical guidelines emphasize reducing saturated fat intake and choosing unsaturated fats instead. Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies should be consumed in moderation, with a serving size of a moderate portion.

Can I substitute Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies with something more liver-friendly?

Yes, good substitutes for Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies include lean poultry, fish, or plant-based proteins. When making swaps, focus on reducing saturated fat and added sugar while increasing fiber and nutrient density. Even small substitutions can have a cumulative positive effect on liver health over time.

Why is Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies classified as Limit for fatty liver?

Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies is classified as Limit primarily because Contains added sugar. This classification is based on the AASLD 2023 practice guidance, which evaluates foods based on their saturated fat profile, carbohydrate quality, added sugar content, and degree of processing. contains added sugar, which independently drives liver fat accumulation through de novo lipogenesis

How many grams of Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies can I have on a fatty liver diet?

A standard serving of Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies is 1 bar (46.0g). in moderation. Keeping portions in check is essential because even nutrient-dense foods can contribute to caloric surplus and liver fat storage when overconsumed.

Does Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies contain added sugar, and why is that a concern?

Yes, Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies contains added sugar. Added sugars — particularly high-fructose corn syrup and sucrose — independently drive liver fat accumulation through a process called de novo lipogenesis, where the liver converts excess sugar into fat. The AASLD recommends eliminating added sugars from the diet of individuals with fatty liver disease. Always check nutrition labels for hidden sugars under names like sucrose, high-fructose corn syrup, agave nectar, or fruit juice concentrate.

How much fiber is in Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies?

Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies contains 4.0g of fiber per 100g. This is a good source of dietary fiber, which supports metabolic health and may help reduce liver fat. The AASLD-recommended Mediterranean diet naturally provides ample fiber through vegetables, legumes, and whole grains, which supports gut health and may help reduce liver fat.

Why is Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies not recommended for fatty liver?

Candies, Mars Snackfood Us, M&m's Peanut Butter Chocolate Candies is classified as Limit because Contains added sugar. The AASLD 2023 practice guidance identifies foods high in saturated fat, added sugar, and those that are heavily processed as independent risk factors for worsening liver steatosis and inflammation. Choosing alternatives like lean poultry, fish, or plant-based proteins can help support liver health.

Data Sources

Nutritional data from USDA FoodData Central. Verdict engine based on AASLD 2023 Practice Guidance and ADA 2024 Standards of Care. This is dietary reference information, not medical advice. Always consult your healthcare provider before making dietary changes.