Tilapia is a widely consumed freshwater fish that provides a lean, high-protein macronutrient profile with minimal fat content, making it one of the lower-calorie animal protein sources available. The protein is complete and bioavailable, supporting muscle protein synthesis, enzymatic activity, and metabolic nitrogen demands. Due to its low fat content, the omega-3 fatty acid concentration in tilapia is limited, and the omega-6 to omega-3 ratio is proportionally higher than in oily fish, which is a relevant consideration for individuals managing systemic inflammatory balance on a carnivore protocol. Tilapia provides meaningful quantities of B12, niacin, phosphorus, and selenium, all of which participate in core metabolic pathways including energy production, antioxidant defense, and nucleic acid synthesis. Phosphorus contributes to ATP formation and skeletal mineral density. Selenium supports thyroid hormone activity and the body's glutathione-based antioxidant systems. The lean protein concentration of tilapia promotes satiety through the protein leverage mechanism without substantial caloric contribution from fat, making it relevant to individuals in a caloric deficit. B vitamins present in tilapia, including B3 and B6, support mitochondrial energy metabolism and neurotransmitter precursor availability. Potassium supports intracellular fluid balance and neural conduction efficiency. Tilapia is low in connective tissue and digests readily, offering high protein digestibility-corrected amino acid scores. When farmed under high-quality conditions, it provides a predictable and consistent nutrient profile, though feeding conditions can influence the overall fatty acid composition of the tissue. It remains a practical lean protein anchor within an animal-based dietary structure.

• Cholesterol: 50mg (hormone synthesis, cellular membrane integrity, bile acid production)
• Sodium: 52mg (fluid balance, nerve impulse conduction, muscle contraction regulation)
• Potassium: 302mg (electrolyte balance, cardiovascular function, muscular regulation)
• Phosphorus: 170mg (bone and tooth structure, ATP energy production, cellular signaling)
• Magnesium: 27mg (muscle relaxation, ATP synthesis, nervous system support)
• Calcium: 10mg (skeletal structure, nerve signal transmission, smooth muscle function)
• Iron: 0.6mg (oxygen transport, hemoglobin production, metabolic energy support)
• Zinc: 0.4mg (immune signaling, tissue repair, enzymatic function)
• Selenium: 41.8mcg (antioxidant enzyme activation, thyroid hormone metabolism, oxidative defense)
• Vitamin D: 1.1mcg (calcium absorption, bone metabolism, immune modulation)
• Vitamin E: 0.4mg (lipid membrane protection, antioxidant cellular support)
• Vitamin B12: 1.6mcg (neurological function, DNA synthesis, red blood cell formation)
• Vitamin B6: 0.16mg (amino acid metabolism, neurotransmitter synthesis)
• Niacin (B3): 3.9mg (cellular NAD production, energy metabolism, skin and nerve support)
• Pantothenic Acid (B5): 0.6mg (fatty acid metabolism, coenzyme A synthesis, hormone production)
• Riboflavin (B2): 0.07mg (energy production, cellular growth, cofactor activity)
• Thiamin (B1): 0.06mg (carbohydrate metabolism, nerve function support)
• Choline: 43mg (cellular membrane integrity, neurotransmitter synthesis, liver fat metabolism)
• Folate: 24mcg (DNA synthesis, cell division, red blood cell maturation)
• Copper: 0.07mg (iron utilization, connective tissue formation, antioxidant enzyme support)

These values are approximate and can vary based on factors such as the specific cut of beef and cooking method.