Pork, fresh, shoulder, whole, separable lean only, cooked, roasted

Pork shoulder refers to the upper portion of the pig’s front leg, a muscle group that supports significant movement, resulting in meat rich in connective tissue, flavor, and marbling. Historically, pork shoulder has been a staple in various cuisines around the world — from American barbeque pulled pork to Spanish roast pork dishes and Asian braised preparations. The cut includes both the Boston butt (the upper part with more fat marbling) and the picnic shoulder (lower portion closer to the leg). When trimmed to “separable lean only,” most external fat and connective tissues are removed, yielding a leaner product while maintaining flavor and nutritional richness. Pork itself comes from domesticated pigs (Sus scrofa domesticus), which were originally domesticated in multiple regions of Eurasia thousands of years ago and have since become a fundamental livestock species globally. Different breeds and feeding practices influence pork marbling, color, and fat composition. The shoulder cut is prized because its higher fat content makes it suitable for slow roasting, braising, smoking, or stewing — methods that break down collagen and render fats, enhancing juiciness and flavor. Culinary traditions often vary: in the U.S., pork shoulder is classic for pulled pork, slow‑cooked until fork tender. In Europe, it might be roasted with herbs and root vegetables. In Asia, it is commonly braised with soy and spices. This versatility reflects both its culinary adaptability and its consistent nutrient profile regardless of preparation style. Pork shoulder is an example of how a relatively inexpensive cut yields both culinary depth and robust nutrition when prepared properly.

Pork shoulder (cooked, roasted) is nutrient‑dense, especially in protein and essential micronutrients. Per a typical 135 g serving, it provides about 311 kcal, 34.2 g of protein, and 18.3 g of total fat, with negligible carbohydrates (0 g) and sugars. This high protein content reflects pork’s complete amino acid profile, rich especially in leucine, lysine, and valine — essential amino acids vital for muscle protein synthesis and metabolic health. The fat profile includes saturated fats (~6.5 g) and a mix of monounsaturated and polyunsaturated fats. While saturated fat has been historically scrutinized, moderate intake within balanced diets is acceptable for most adults; leaner cuts and trimming visible fat can reduce saturated fat content. Among micronutrients, pork shoulder excels in B‑vitamins: thiamin (~0.85 mg), riboflavin (~0.5 mg), niacin (~5.8 mg), vitamin B6 (~0.43 mg), and vitamin B12 (~1.2 µg), all critical for energy metabolism, nervous system function, and red blood cell formation. It also provides minerals like potassium (~467 mg), phosphorus (~298 mg), zinc (~5.6 mg), iron (~2 mg), and selenium (~50 µg), supporting electrolyte balance, immune function, and antioxidant enzyme systems. Compared to other cuts like pork loin, shoulder often has higher fat and calorie content but similar protein and micronutrient profiles, making it particularly valuable in diets requiring higher energy and nutrient density. Because it contains almost no carbohydrates or fiber, pairing pork shoulder with vegetables and whole grains can help balance meals and promote overall nutritional adequacy.

1) Supports Muscle Maintenance and Growth: Due to its high‑quality protein with a complete amino acid profile, pork shoulder aids muscle protein synthesis, especially when consumed as part of resistance training regimes. Complete proteins are necessary to maintain lean mass, particularly in older adults and athletes. 2) Rich in B Vitamins for Energy and Brain Function: The B‑vitamin profile — including thiamin, riboflavin, niacin, B6, and B12 — supports cellular energy production, neurological function, and red blood cell health. For example, vitamin B12 is essential for preventing megaloblastic anemia and supporting cognitive performance. 3) Essential Minerals for Immune and Thyroid Health: Selenium (~50 µg) at typical servings approaches a significant percentage of adult daily needs; selenium is a cofactor for antioxidant enzymes that help reduce oxidative stress and support thyroid hormone metabolism. 4) Iron and Zinc for Metabolic Health: Iron and zinc in pork are bioavailable heme forms, which are absorbed more efficiently than plant‑based non‑heme iron. These minerals are vital for immune function, wound healing, and oxygen transport. 5) Potential Role in Balanced Dietary Patterns: While red meat consumption is often debated, recent nutrition discourse acknowledges that lean, unprocessed pork can fit into balanced dietary patterns that prioritize nutrient density and moderation. Published perspectives note that pork can provide priority micronutrients within sustainable healthy diets, distinct from other red meats due to its nutrient profile and digestibility. Research also indicates that replacing higher fat meats with lean pork can improve daily nutrient intakes without excessive saturated fat or sodium increases (see scoping reviews and global dietary assessments).

Source: USDA FoodData Central (FDC ID: 167846)