Pike is a lean freshwater predatory fish providing high-quality complete protein with a low fat profile, making it a protein-concentrated addition to an animal-based dietary approach. As a top-level freshwater predator, pike accumulates protein efficiently, and its muscle tissue offers a full spectrum of essential amino acids that support muscle protein synthesis, enzymatic production, and structural tissue maintenance. The low fat content results in a relatively low caloric density, and satiety is primarily driven through protein-induced appetite suppression via hormonal mechanisms. Vitamin B12 in pike supports neurological integrity, methylation reactions, and red blood cell formation in a fully bioavailable animal-sourced form. Niacin supports NAD+ and NADP+ production, which are central cofactors in mitochondrial oxidative phosphorylation and anabolic biosynthetic pathways. Phosphorus contributes to skeletal mineralization and the phosphorylation machinery underlying cellular energy transfer and signal transduction. Selenium in pike supports selenoenzyme systems relevant to thyroid hormone activation and the management of reactive oxygen species. Potassium contributes to neuromuscular signaling, fluid compartment regulation, and maintenance of resting membrane potential in excitable cells. Zinc is present in pike and supports immune competence, reproductive hormone production, and the catalytic function of carbonic anhydrase and other metalloenzymes. The omega-3 content of pike, while limited compared to fatty marine species, still contributes EPA and DHA to cell membrane composition and inflammatory pathway modulation. Iron in heme form supports aerobic capacity through its role in hemoglobin synthesis and mitochondrial cytochrome function. Pike's protein density and lean composition make it particularly relevant for individuals in a carnivore dietary framework focused on body composition and metabolic efficiency.

• Cholesterol: 39mg (supports hormone production, cellular membrane structure, and fat-soluble vitamin transport)
• Sodium: 39mg (contributes to fluid balance, nerve signaling, and muscle contraction)
• Potassium: 259mg (supports electrolyte function, cardiovascular regulation, and muscular activity)
• Selenium: 25mcg (involved in antioxidant enzyme systems, thyroid hormone metabolism, and immune support)
• Phosphorus: 440mg (contributes to bone structure, ATP energy production, and cellular repair)
• Magnesium: 60mg (supports ATP synthesis, muscle function, and enzymatic processes)
• Iron: 0.6mg (involved in oxygen transport, red blood cell production, and metabolic energy)
• Zinc: 1.3mg (contributes to immune signaling, enzyme activity, and tissue repair)
• Calcium: 57mg (supports bone structure, nerve signaling, and cellular function)
• Niacin (B3): 4.34mg (involved in cellular energy metabolism and NAD production)
• Vitamin B6: 0.21mg (supports protein metabolism, neurotransmitter synthesis, and amino acid processing)
• Pantothenic Acid (B5): 1.5mg (involved in fat metabolism and hormone synthesis)
• Vitamin B12: 3.0mcg (supports neurological function, DNA synthesis, and red blood cell formation)
• Vitamin A: 116 IU (contributes to vision, immune function, and epithelial tissue maintenance)
• Choline: 130mg (supports cellular membrane production, neurotransmitter synthesis, and liver function)
• Thiamin (B1): 0.06mg (involved in carbohydrate metabolism and nervous system support)
• Manganese: 0.5mg (contributes to enzymatic function, bone development, and antioxidant activity)
• Omega-3 fatty acids (EPA+DHA): 0.11g (contribute to cardiovascular function and cellular membrane integrity)

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