#21 of 26 in Dairy · scored 48/100
Ricotta cheese is a creamy Italian dairy product made from whey leftover during cheese production, rich in high-quality protein and calcium with minimal lactose compared to other cheeses.
Representative amounts for this food, not measured for this item. Real content varies widely by variety, ripeness and storage.
These are the scored components, not a sum: the published score also reflects normalisation across the catalog, so the parts above will not add to 48.
Less a 2.0 anti-nutrient penalty (high saturated fat).
Ricotta originated in Italy as a way to utilize whey byproducts, transforming it into a versatile, nutrient-dense cheese. Unlike aged cheeses, ricotta is fresh and maintains a higher moisture content, making it exceptionally creamy. Its nutritional profile centers on complete protein containing all essential amino acids, substantial calcium for bone health, and selenium—a powerful antioxidant cofactor in glutathione peroxidase. Ricotta typically contains 11-14g protein per 100g with relatively low sodium compared to hard cheeses. The whey-based composition provides beta-lactoglobulin and alpha-lactalbumin, bioactive proteins with potential immunomodulatory properties. For longevity, ricotta's protein density supports muscle maintenance critical in aging, its calcium-phosphorus ratio supports bone mineral density, and its low lactose content makes it tolerable for many people. The presence of choline supports cognitive function and liver health. As a fresh cheese, ricotta delivers these nutrients without the high sodium levels that may compromise cardiovascular health in excess cheese consumption.
Ricotta's whey-derived proteins contain all 9 essential amino acids and are particularly rich in leucine, which activates mTOR signaling to stimulate muscle protein synthesis, critical for preventing age-related muscle loss (sarcopenia)
Ricotta provides approximately 200-250mg calcium per 100g in a matrix with optimal calcium-to-phosphorus ratio, supporting hydroxyapatite formation and mineralization while whey proteins may enhance intestinal calcium absorption
Selenium is incorporated into selenoproteins including glutathione peroxidase, a primary defense against oxidative stress; whey proteins provide cysteine precursors for endogenous glutathione synthesis
Ricotta contains choline, essential for acetylcholine synthesis (neurotransmitter for memory and attention) and phosphatidylcholine production for neuronal membrane integrity and hepatic lipid metabolism
Fresh ricotta retains less lactose than hard cheeses since lactose drains with the whey; the remaining whey proteins are more easily digested by those with lactose sensitivity
Ricotta's complete protein profile with balanced amino acids and minimal lactose makes it suitable across meal times; post-workout timing leverages leucine-rich whey protein for muscle synthesis, while midday consumption provides sustained satiety through protein density
Breaks a fast
For post-workout optimization, pair ricotta with carbohydrates within 30-90 minutes after resistance training to amplify muscle protein synthesis signaling. For morning consumption, ricotta supports steady energy and cognitive function without blood sugar spikes.