Montmorency - Tart Cherry Juice Concentrate has a average-calorie, high-carb, low-fat and low-protein content.
The food contains 67.02g of carbs. The carbohydrate profile of the the food reveals it is low in complex carbs and very high in Simple carbs. Carbs are our primary source of energy but its source should be chosen with utmost care. Complex carbs are a more desirable addition to your diet, where as simple carbs should be consumed in moderation as it is very easily broken down, assimilated and absorbed in the body. Its sugar content is among the top 10 percentile. This is often undesirable for people watching their sugar intake.
However, the low fat content makes it suitable if you're on a low-fat diet plan.
It has a low density of Sodium, thus making it suitable for a low-sodium diet.
Based on the composite nutritive standing Montmorency - Tart Cherry Juice Concentrate has been given a composite ranking of 34, and in moderation.
Calories from Protein | 0% | |
Calories from Fat | 0% | |
Calories from Carbs | 100% |
Name | Amount | %DV | Rank | Interpretation |
---|---|---|---|---|
Sodium | 52.9 mg | 2.2% | Mid 40% | Average |
Name | Amount | %DV | Rank | Interpretation |
---|---|---|---|---|
Total Carbohydrate | 67 g | 22.3% | Top 10% | Very High |
Dietary Fiber | 0 g | |||
Sugars | 52.9 g |
Name | Amount | %DV | Rank | Interpretation |
---|---|---|---|---|
Protein | 0 g |
Name | Amount | %DV | Rank | Interpretation |
---|---|---|---|---|
Total Fat | 0 g | |||
Saturated Fat | 0 g |
Serving size
Amount Per Serving
Calories 80 Calories from Fat 0
% Daily Value *
Total Fat 0 g
Saturated Fat 0 g
Trans Fat
Cholesterol 0 mg
Sodium 15 mg 0.6%
Total Carbohydrates 19 g 6.3%
Dietary Fiber 0 g
Sugars 15 g
Protein 0 g
Vitamin A Vitamin C
Calcium Iron
*Based on a 2000 Calorie diet
Per 100g | Calories 53
Protein 0.88 g | Carbs 12.8 g | Fat 0 g
Per 100g | Calories 57
Protein 0.44 g | Carbs 14.1 g | Fat 0 g
Per 100g | Calories 57
Protein 0 g | Carbs 14.1 g | Fat 0 g
Per 100g | Calories 57
Protein 0.44 g | Carbs 14.1 g | Fat 0 g