Vegetables

Vegetables · SOURCE-BASED NUTRITION

Tomato, sauce, canned, with salt added nutrition facts

Foundation

Tomato, sauce, canned, with salt added. Nutrient values are reported by USDA FoodData Central for the stated 100 g basis.

Verified dataReference values: 100 g

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MEASURED VALUES

Key nutrition facts

For 100 g

Energy (Atwater General Factors)34.2 kcal
Protein1.35 g
Carbohydrate, by difference6.33 g
Total lipid (fat)0.38 g
Fiber, total dietary1.64 g
Sugars, Total3.52 g
Sodium, Na417 mg
Potassium, K356 mg
Calcium, Ca17.1 mg
Iron, Fe1.11 mg
Magnesium, Mg18.7 mg
Phosphorus, P29.2 mg
Zinc, Zn0.18 mg
Copper, Cu0.09 mg
Manganese, Mn0.13 mg
Vitamin C, total ascorbic acid9.2 mg

COMPLETE PROFILE

All available nutrients

NutrientAmount% Daily Value
Energy (Atwater General Factors)34.2 kcal
Protein1.35 g2.7%
Carbohydrate, by difference6.33 g2.3%
Total lipid (fat)0.38 g0.5%
Fiber, total dietary1.64 g5.9%
Sugars, Total3.52 g
Sodium, Na417 mg18.1%
Potassium, K356 mg7.6%
Calcium, Ca17.1 mg1.3%
Iron, Fe1.11 mg6.2%
Magnesium, Mg18.7 mg4.5%
Phosphorus, P29.2 mg2.3%
Zinc, Zn0.18 mg1.7%
Copper, Cu0.09 mg9.9%
Manganese, Mn0.13 mg5.7%
Vitamin C, total ascorbic acid9.2 mg10.2%
Ash1.72 g
Fructose1.79 g
Glucose1.73 g
Lactose0 g
Maltose0 g
Nitrogen0.22 g
Sucrose0 g
Water90.2 g

MEASURED NUTRIENT ROLES

Top nutrients that support the body

For 100 g, the strongest Daily Value contributions among nutrients available in this record are Vitamin C (10.2% DV), Copper (9.9% DV) and Potassium (7.6% DV). The cards explain the normal roles of those nutrients, not a treatment effect of the food.

Vitamin C: collagen and antioxidant function

10.2% adult DV in 100 g
Collagen formationAntioxidant function

This amount provides 9.2 mg. Vitamin C acts as an antioxidant and supports collagen production, immune function and absorption of nonheme iron. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

Copper: iron metabolism and nerves

9.9% adult DV in 100 g
Iron metabolismNervous system

This amount provides 0.09 mg. Copper supports energy production, connective tissue, iron metabolism, and normal nervous and immune function. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

Potassium: fluid balance and muscles

7.6% adult DV in 100 g
Fluid balanceMuscle and nerve function

This amount provides 356 mg. Potassium supports normal cell function, fluid balance, nerve transmission and muscle contraction. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

Iron: oxygen transport

6.2% adult DV in 100 g
Oxygen transportGrowth and brain development

This amount provides 1.11 mg. Iron is needed for hemoglobin and myoglobin, which carry oxygen, and supports growth and neurological development. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

Dietary fiber: digestion and fullness

5.9% adult DV in 100 g
Digestive systemBowel regularity

This amount provides 1.64 g. Dietary fiber supports digestion, adds bulk to stool, and can help with fullness. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

Manganese: metabolism and antioxidant enzymes

5.7% adult DV in 100 g
MetabolismAntioxidant enzymes

This amount provides 0.13 mg. Manganese supports metabolism, bone formation and antioxidant enzyme systems. This describes the nutrient’s normal role, not disease prevention or treatment.

Read the NIH/FDA nutrient reference

MEASURED CONTRIBUTIONS AND REVIEWED RECORDS

Food-specific benefits & evidence

Contributes Vitamin C

10.2% adult DV in 100 g

This amount provides 9.2 mg. Vitamin C acts as an antioxidant and supports collagen production, immune function and absorption of nonheme iron. This is a measured nutrient contribution, not proof that the food prevents or treats disease.

Read the nutrient reference

TRANSPARENCY

Food data sources

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