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Peanut butter dipped dates.

Metabolic profile analysis. Technical breakdown of Peanut butter dipped dates and its impact on skeletal muscle retention and daily energy expenditure.

Total Energy5kcal
Bio-Protein100g
Carbohydrates700g
Total Lipids200g

Nutritional Efficiency Report

Peanut butter dipped dates is a very low-calorie food with elite-protein content. At 5 kcal per 100g, it delivers 100g of protein — representing 8000% of its total caloric load. Carbohydrates account for 56000% and fats for 36000% of calories.

"Efficiency Score 1.00 — this asset ranks in the top tier of the DataFood database for protein delivery per calorie. Optimal for fat loss, lean bulking, and body recomposition phases."

At 700g carbs per 100g, it is better suited to carb-cycling or maintenance phases.

With only 5 kcal per 100g, Peanut butter dipped dates is a high-volume food — you can consume a large serving while keeping total caloric intake controlled. This makes it particularly effective for hunger management in deficit phases.

Protocol Compatibility

Ketosis Impact

At 700g carbs per 100g, it is better suited to carb-cycling or maintenance phases.

Thermic Effect (TEF)

Protein content of 100g per 100g triggers a significant Thermic Effect of Food. The body expends approximately 20–30% of protein calories during digestion, yielding a net caloric benefit compared to equivalent fat or carbohydrate sources.

Expand Your Protocol.

Based on the metabolic profile of Peanut butter dipped dates, these related data nodes are most relevant to your nutrition architecture:

Integrate Asset.

Use the clinical weekly planner to distribute Peanut butter dipped dates across your metabolic windows.

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1. Biological Metrics

2. Dietary Logic

Institutional Disclaimer: The nutritional data provided for Peanut butter dipped dates is derived from clinical databases and algorithmic estimation. This report is for metabolic infrastructure planning only and does not constitute medical advice. Consult a clinical nutritionist before implementing aggressive deficit protocols.