Pork, fresh, composite of trimmed retail cuts (leg, loin, shoulder, and spareribs), separable lean and fat, cooked

Pork, fresh composite of trimmed retail cuts, refers to the edible meat from domesticated pigs (Sus scrofa domesticus) consisting of leg, loin, shoulder, and spareribs that has been trimmed of excess fat and cooked. Pork has been a staple in human diets for millennia, with archaeological evidence showing pig domestication over 9,000 years ago in regions of Anatolia and China. It is one of the most widely consumed meats globally due to its versatility, nutrient density, and cultural adaptation. Unlike single cuts such as tenderloin or loin chops, this composite includes varied muscle groups that reflect different textures and fat contents, making it suitable for a variety of culinary techniques from roasting to braising. The leg and loin provide lean muscle rich in protein, while the shoulder and spareribs contribute flavorful connective tissue and moderate fat that enhances juiciness and taste once cooked. Pork cuts are classified by primal sections that butchers and retailers use as a basis for trimming and preparation. The leg is known for leaner roasts and hams, the loin yields tender chops and roasts, the shoulder contains more connective tissue ideal for slow cooking, and spareribs offer succulent, marbled meat perfect for grilling or smoking. Through careful trimming, excess external fat is removed while maintaining enough intramuscular fat (marbling) to preserve flavor. This composite cut mirrors the everyday pork portions consumed in family meals, restaurants, and traditional dishes such as stews, stir‑fries, and barbecued ribs. The category “Pork Products” under USDA FoodData Central encompasses such composites to provide consumers and nutrition professionals with standardized nutrient profiles for typical retail offerings. In many cultures pork is central to celebratory and everyday meals. In East Asian cuisines, lean pork is thinly sliced for quick stir‑frying with vegetables and sauces that enhance micronutrient absorption. European traditions showcase roasted pork loin with root vegetables, while American barbecue often features ribs and shoulder slow‑cooked with spice rubs. The preparation method significantly influences nutrient retention and palatability. For example, slow braising can break down collagen into gelatin, improving digestibility and mouthfeel. As a composite cut, this group carries a broader sensory and nutrient spectrum compared to single muscles, offering varying fat ratios that are useful for people targeting balanced diets or specific culinary goals.

The nutrient profile of cooked pork composite of trimmed retail cuts is characterized by high‑quality protein, moderate fat content, and negligible carbohydrates. Per 100 grams cooked, this pork provides 26.4 g of protein, making it a strong source of essential amino acids required for muscle protein synthesis, immune function, and enzyme production. Protein quality in pork is considered high because it contains all nine essential amino acids in proportions that support human nutritional needs efficiently, similar to other animal proteins. The total fat content of 13.9 g includes 4.9 g of saturated fat and about 0.08 g of trans fats—a small amount that is typical in fresh meat and significantly lower than in processed meats. While saturated fat has historically been linked to increased LDL cholesterol, moderate intake as part of balanced diets does not necessarily pose substantial heart disease risk when paired with unsaturated fats from plant foods and fish. The fat in pork also includes monounsaturated and polyunsaturated fatty acids that can be metabolically favorable when replacing refined carbohydrates or processed fats. Cholesterol content at 88 mg per 100 g contributes to dietary cholesterol intake, which is no longer considered a direct driver of blood cholesterol in most individuals, though those with specific genetic lipid disorders should monitor intake with professional guidance. Sodium is low at 57 mg per 100 g, which is beneficial for blood pressure control and general cardiovascular health, especially when pork is seasoned with herbs and spices rather than salt. Micronutrient analysis reveals significant amounts of essential nutrients that often fall short in typical diets. Potassium at 341 mg supports electrolyte balance and muscle contractions and is important for cardiovascular and muscular functions. B‑vitamins such as thiamin (B1), niacin (B3), and vitamin B6 are plentiful in pork and play roles in energy metabolism, nervous system health, and red blood cell formation. Vitamin D appears in modest amounts, with about 0.9 mcg per 100 g, supporting bone health and immune function, particularly important in populations with limited sun exposure. Minerals like phosphorus and selenium are present at useful levels; selenium functions as an antioxidant cofactor, while phosphorus aids in bone mineralization and energy storage. Comparisons to other meats underscore pork’s nutrient density. Cooked pork, when trimmed properly, often provides comparable protein to cooked chicken breast and more B‑vitamins than many lean fish fillets. Its iron content, while lower than in beef, still contributes to total daily iron requirements, with iron in the heme form that is more bioavailable than non‑heme iron from plant foods. Unlike plant proteins, pork lacks fiber and carbohydrates, which means it must be paired with fiber‑rich vegetables and grains in balanced meals to support digestive health. Despite its nutrient richness, the type of cut and cooking method substantially influence the overall nutritional outcome. Leaner cuts such as loin and tenderloin offer lower fat profiles, while shoulder and spare ribs provide richer flavor and higher caloric density. Micronutrient density and complete amino acid profile position pork as a valuable component of omnivorous diets. However, consumers should aim for variety in protein sources to cover a full spectrum of nutrients, promote gut health through fiber, and minimize potential risks associated with high consumption of any single protein source.

Source: USDA FoodData Central (FDC ID: 168297)