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Cream Cheese — image 1 of 1
Dairy

Cream Cheese

29/ 100

Cream cheese is a soft, spreadable dairy product rich in protein and fat, providing essential nutrients like calcium and phosphorus with minimal carbohydrates. While calorie-dense, it offers bioavailable dairy nutrients relevant to bone and metabolic health.

Nutrition · per ~30 g serving · ≈ a 1 oz slice (thumb-sized)

🔥 Calories
103/ 2000 kcal day
🥩Protein1.7 g3% DV
🍞Carbs1.4 g<1% DV
🥑Fat10.0 g13% DV
🌿Fiber0.0 g<1% DV
Vitamins
  • Thiamin0.01 mg<1% DV
  • Vitamin K0.72 mcg<1% DV
  • Niacin0.03 mg<1% DV
Minerals
  • Sodium110.3 mg5% DV
  • Phosphorus32.3 mg3% DV
  • Calcium29.1 mg2% DV
  • Zinc0.18 mg2% DV
  • Potassium37.4 mg<1% DV
  • Magnesium2.7 mg<1% DV
Other
  • Cholesterol30.3 mg
  • Saturated Fat5.9 g
  • Monounsaturated Fat2.1 g
  • Omega60.21 mg
BioactivesEstimated
  • Choline~45 mg
Estimated typical amounts — derived from this food's profile, not measured for this item. Real bioactive content varies widely by variety, ripeness, storage and preparation; use as a rough guide only.
Source: USDA FDC · 2346385

Score · 29/100

Nutrient Density4.1 / 35

Vitamins & minerals packed in relative to calories — the single biggest driver of the score.

Protein Quality8.5 / 15

How much protein it delivers, by absolute grams and per calorie.

Fiber Content0.0 / 10

Dietary fiber for gut health, satiety and steadier blood sugar.

Healthy Fats4.0 / 10

Fat quality — unsaturated vs saturated, and trans-fat free.

Bioactives7.0 / 15

Polyphenols, flavonoids and other beneficial plant compounds for this food group.

Glycemic Impact10.0 / 10

Low sugar with a high fiber-to-carb ratio scores best — gentler on blood sugar.

3.0 anti-nutrient penalty
Top Nutrients
  • Sodium16% DV
  • Phosphorus9% DV
  • Calcium8% DV
  • Zinc5% DV
  • Thiamin3% DV

Overview

Cream cheese is a fresh, unripened cheese originating in North America (patented in 1872) and now consumed globally. Made from milk and cream, it delivers complete protein (5.79g per 100g) containing all essential amino acids, making it valuable for muscle maintenance during aging. The high fat content (33.49g) includes both saturated and monounsaturated fats; while saturated fat warrants moderation, emerging research suggests dairy fat may have neutral or modest beneficial metabolic effects compared to other saturated fats. Cream cheese provides bioavailable calcium (97mg) and phosphorus (108mg) critical for bone density—particularly important for older adults at risk of osteoporosis. The relatively low carbohydrate content (4.56g) makes it compatible with metabolic flexibility and blood sugar management. However, sodium content (368mg per 100g) requires attention for those managing hypertension. For longevity, cream cheese serves best as an occasional component of balanced meals rather than a staple, leveraging its protein and mineral density while managing saturated fat and sodium intake through portion control and pairing strategies.

Health Benefits (5)

  • Supports bone mineral density and skeletal health
    moderate
    Bioavailable calcium and phosphorus in optimal 1:1 ratio promote hydroxyapatite formation in bone matrix; casein phosphopeptides enhance mineral absorption
  • Preserves lean muscle mass during aging
    moderate
    Complete protein with high leucine content (2-3% of protein) stimulates mTOR pathway and muscle protein synthesis, critical for sarcopenia prevention
  • Promotes satiety and may support weight management
    moderate
    High fat and protein content triggers CCK and GLP-1 release, reducing overall caloric intake when consumed in appropriate portions
  • Provides fat-soluble vitamin absorption support
    strong
    Dietary fat enhances bioavailability of vitamins A, D, E, and K from other foods consumed concurrently
  • May support cognitive function through choline content
    emerging
    Contains choline precursor that supports acetylcholine synthesis; emerging evidence links adequate dairy choline to memory and attention

Food Pairings

  • ·Pair with berries (blueberries, raspberries) because anthocyanins and vitamin C enhance calcium absorption and provide antioxidant synergy for vascular health
  • ·Combine with fatty fish (salmon, mackerel) because omega-3 fatty acids and vitamin D enhance mineral bioavailability and reduce inflammation markers
  • ·Serve with leafy greens (spinach, kale) because vitamin K from greens works synergistically with calcium and phosphorus for bone carboxylation and activation
  • ·Mix into whole-grain crackers or bread because fiber slows fat digestion, moderates blood sugar response, and reduces sodium impact

Practical Tips

  • ·Store cream cheese in the coldest section of refrigerator (32-35°F) and consume within 10 days of opening to maintain food safety and nutritional integrity
  • ·Portion control: limit to 1-2 tablespoons (15-30g) per serving to manage saturated fat and sodium while capturing nutrient benefits
  • ·Choose full-fat versions over low-fat alternatives, as reduced-fat varieties contain more sodium and carbohydrates without proportional calorie reduction
  • ·Blend cream cheese with herbs (dill, chives, oregano) and Greek yogurt to increase protein density while reducing saturated fat and sodium per serving
  • ·Consume as part of mixed meals rather than alone to slow fat absorption, stabilize blood glucose, and enhance satiety without excessive caloric density

Optimal Timing

☀️
midday
Best with food

Consuming cream cheese at lunch with whole foods allows fat and protein to promote sustained satiety through afternoon, avoiding blood sugar crashes and late-day hunger; post-lunch timing minimizes nighttime fat accumulation compared to evening consumption

Avoid
  • · late evening (within 2 hours of sleep)
  • · as standalone breakfast

High fat content breaks fasting state; reserve for eating windows. Not suitable for early morning on empty stomach due to saturated fat load without accompanying fiber or complex carbohydrates

Concerns

  • · Very high saturated fat

Systems supported

body systems this food feeds

Pathways supported

biochemical reactions enabled by this food