Pork, ground, 84% lean / 16% fat, raw

Pork, ground 84% lean / 16% fat refers to raw pork meat that has been finely minced and blended such that the lean (muscle) component constitutes 84% of the weight and fat makes up 16%. This ratio is one of several standard lean‑to‑fat percentages used by butchers and food manufacturers to balance flavor, juiciness, and nutritional content. Ground meats historically evolved as a way to use trimmings from larger cuts — such as shoulder, loin, or leg — that are otherwise too irregular for steaks or roasts. In many traditional cultures, ground pork features in staple dishes such as dumplings in East Asia, Italian meatballs, Spanish picadillo, and German bratwurst. These culinary traditions reflect the versatility of ground pork, which can absorb seasonings and spices, combine with vegetables or grains, and form cohesive structures for patties and sausages. The lean‑to‑fat ratio directly influences nutrition and culinary performance: the higher the lean content, the more protein‑dense and lower in total fat the product. Conversely, higher fat content results in a richer mouthfeel and greater potential for moisture retention during cooking. The 84/16 ratio sits in a mid‑range — more flavorful and moist than leaner blends (90/10 or 96/4) but not as fatty as coarse blends (70/30) often used for added richness. Pork ground at 84/16 is typically derived from shoulder or butt cuts, which inherently have more marbling than loin cuts. These cuts bring not just fat but connective tissue that, when cooked, enriches texture and flavor without excessively dense lean meat. In terms of production, commercial ground pork must adhere to safety and labeling regulations set by food safety authorities such as the USDA and FDA in the U.S. This ensures sanitary grinding and packaging practices that minimize bacterial contamination risk. For home cooks, grinding your own pork at the butcher counter or with a home grinder allows control over lean‑to‑fat ratio and the opportunity to select cuts based on desired texture and nutrition. Globally, the use of ground pork varies by cuisine: in American kitchens, it is often used in burgers, chili, and casseroles; in Mexican cooking, it may be seasoned with chili and cumin; in Filipino cuisine, it appears in dishes like longganisa and embutido. The food’s adaptability makes it a cornerstone ingredient across diets. Regardless of cuisine, nutrition professionals emphasize the importance of balancing ground pork with vegetables, whole grains, and other nutrient‑dense foods to optimize meal quality and address concerns about saturated fat intake.

A 4‑oz (113 g) raw serving of 84% lean ground pork provides ~246 kcal, derived primarily from protein and fat. Protein accounts for nearly one‑third of the energy, delivering ~20.3 g which supplies all nine essential amino acids critical for tissue repair, immune function and hormone production. In comparison to leaner meats such as skinless poultry or fish, 84/16 ground pork has a higher total fat content, contributing to its richer flavor and higher energy density. Fat in this pork blend includes ~5.6 g of saturated fat — a type of fat that nutrition guidelines generally recommend limiting due to potential effects on blood cholesterol — alongside larger amounts of monounsaturated (~7–8 g) and polyunsaturated fats (~2 g), which include essential fatty acids. Beyond macronutrients, this pork is notable for its micronutrient profile: it is a source of selenium (about 30–34 mcg), a trace mineral involved in antioxidant defenses and thyroid function; B‑vitamins — such as thiamin (~0.3–0.38 mg), riboflavin (~0.3–0.38 mg), niacin (~6.4–7.3 mg), vitamin B6 (~0.62 mg), and vitamin B12 (~0.73–0.82 mcg) — which are coenzymes in energy metabolism and neurological health; and phosphorus (~160–182 mg), important for bone health and energy storage. Potassium (~240–275 mg) and zinc (~1.9–2.2 mg) further support cellular function and immune responses. Although raw ground pork contains negligible carbohydrates and no dietary fiber, pairing it with fibrous vegetables and whole grains in meals enhances nutrient balance. Compared to a leaner ground turkey, ground pork delivers more fat and slightly fewer calories from protein, making it more energy‑dense but still valuable for individuals needing higher caloric intake. Micronutrient content is competitive with other meats; for example, its B‑vitamin content rivals that of ground beef in similar serving sizes. Moreover, the presence of essential amino acids and micronutrients like selenium and zinc underscore pork’s role in a nutrient‑rich diet, provided it is consumed with attention to total saturated fat and portion size.

Ground pork, like other high‑quality meats, contributes a spectrum of nutrients shown in research to support multiple aspects of health. Protein from pork is a high biologic value source, meaning it provides all essential amino acids necessary for muscle protein synthesis and metabolic functions. Adequate protein intake is associated with improved muscle mass maintenance in older adults and enhanced recovery after exercise. The B‑vitamins in pork, particularly thiamin (B1), niacin (B3), B6 and B12, participate in energy metabolism and nervous system health. Thiamin has a unique role in carbohydrate energy pathways and neurological function; deficiency can impair cognitive processes. Research on pork and overall nutrient contribution in diets shows increased intake of such micronutrients without adverse changes to biomarkers of nutritional status when lean cuts are consumed in the context of a balanced diet. Lean pork consumption improved total daily protein and micronutrient intake in population studies without significantly lowering overall diet quality when substituted for some processed meats. Selenium, abundant in pork relative to many plant foods, plays a pivotal role in antioxidant enzyme systems that protect cells from oxidative damage. Adequate selenium intake has been linked to immune competency and may support thyroid hormone metabolism. Zinc, another meat‑derived micronutrient, is essential for DNA synthesis, wound healing, and immune defense. As such, pork can help meet daily needs for zinc, which is otherwise limited in plant‑based diets without fortified foods or supplements. Emerging modeling research funded by pork industry and academic partnerships suggests that fresh pork — including lean ground pork — fits into nutrient‑dense dietary patterns at lower cost than some animal protein alternatives, supporting its inclusion in economically constrained healthy diets. However, it is crucial to emphasize context: the benefits attributed to pork consumption remain strongest when ground pork is consumed as part of a diet rich in vegetables, whole grains, and legumes, and when highly processed pork products (like bacon or sausages) are limited.

Despite its nutrient density, ground pork carries potential risks if improperly handled or consumed in excess. A major safety concern is foodborne illness due to bacterial contamination (e.g., Salmonella and E. coli) or parasites such as Trichinella spiralis; both are effectively eliminated by cooking ground pork to at least 160°F (71°C) internal temperature, as advised by food safety authorities. Inadequate cooking can lead to gastrointestinal illness or, in rare cases, parasitic infection presenting with nausea, abdominal pain and fever. From a chronic disease perspective, pork is classified as red meat. Epidemiological evidence links high consumption of red and processed meats with increased relative risks for colorectal cancer and cardiovascular conditions, largely attributed to compounds formed during high‑temperature cooking (heterocyclic amines and polycyclic aromatic hydrocarbons) and high saturated fat intake. To mitigate these risks, health organizations recommend limiting total red meat intake and adopting cooking methods that minimize charring. Additionally, processed pork products containing nitrates and nitrites have stronger associations with cancer risk compared to unprocessed fresh pork. Individuals with existing cardiovascular disease, hyperlipidemia, or those managing cholesterol may need to moderate portion sizes and choose leaner cuts or lower‑fat ground pork blends. Similarly, those with kidney disease may be advised to monitor protein intake. Moreover, people with food allergies or sensitivities should be aware that pork can trigger allergic responses in rare cases. For these populations, consultation with healthcare professionals ensures that inclusion of ground pork aligns with individualized dietary recommendations.

Source: USDA FoodData Central (FDC ID: 168372)