Pork, ground, 96% lean / 4% fat, cooked, pan-broiled

Pork refers to the edible meat derived from the domestic pig (Sus scrofa domesticus), one of the most widely consumed meat sources globally. The cut described as "ground pork, 96% lean / 4% fat" is made by grinding lean pork trimmings with minimal fat retained — approximately 96% lean and only 4% fat by weight. This lean ratio is achieved by trimming visible fat from primal cuts such as the loin or shoulder before grinding, resulting in a product that offers high protein content with reduced saturated fat. Ground pork has cultural significance in many cuisines, ranging from classic American meatballs and burgers to Asian dumplings and Mediterranean keftedes. Unlike processed pork products such as bacon, sausage, or ham, lean ground pork is typically unseasoned and unprocessed, making it a versatile base for recipes. Pork as a food source dates back thousands of years, with evidence of pig domestication and butchery in ancient China around 5000 BCE. In Europe, pork has been a staple since Roman times, while in the Americas it became widely consumed following European colonization. The term "ground pork" arose in the 20th century with industrial meat processing, allowing finer textures and consistent lean-to-fat ratios that meet modern dietary preferences for lean protein sources. Today, lean ground pork is popular among health‑focused consumers because of its nutrient density. Ground pork labeled as 96/4 indicates that for every 100 grams of product before cooking, only about 4 grams are fat, making it more similar to poultry in macronutrient profile compared to higher‑fat red meats. Compared to other lean meats, such as chicken breast or turkey, lean ground pork often contains slightly more B‑vitamins and minerals, which contribute to its nutritional appeal. Commercial production involves sourcing lean pork cuts, inspecting for quality and safety, grinding to desired consistency, and packaging using cold chain processes to prevent spoilage. When cooked pan‑broiled, the meat offers a browned exterior and tender interior, with fat rendered down but still contributing to flavor and mouthfeel. Lean ratios like 96/4 represent an evolution in consumer demand for leaner, healthier meat choices without sacrificing taste. Although pork is sometimes referred to as "the other white meat," it is technically classified as red meat because of its myoglobin content, even in lean forms. This provides a nutrient profile that bridges the gap between traditional red meat and lean poultry, offering a rich source of high‑quality protein along with essential micronutrients such as thiamin and selenium.

The nutrient profile of lean ground pork (96% lean/4% fat) reflects its position as a high‑protein, low‑carbohydrate meat option. With ~31.7 grams of protein and only ~0.57 grams of carbohydrates per 100 grams cooked, it delivers a concentrated source of essential amino acids necessary for tissue repair, immune function, and muscle synthesis. Protein quality is high, containing all nine essential amino acids, placing it alongside other animal proteins like poultry and beef in terms of completeness. In terms of macronutrients, lean ground pork contains approximately 6.2 grams of total fat per 100 grams cooked, of which ~1.86 grams are saturated fats and ~0.068 grams are trans fats. While saturated fat contributes to overall calorie content, lean ratios keep this relatively low compared to higher‑fat red meats. Cholesterol stands at 85 mg per 100 grams, a relevant consideration for individuals monitoring blood lipids. This moderate fat content supports satiety and provides energy while still aligning with many heart‑healthy diet guidelines when consumed in controlled portions. Micronutrient analysis reveals that lean pork is more than just a protein source. With ~415 mg potassium, it supports fluid balance and muscle contraction, while ~20 mg calcium and ~1.11 mg iron contribute to bone health and oxygen transport, respectively. Selenium is notable, often providing a significant portion of the daily requirement, which is vital for antioxidant enzyme systems and thyroid function. B‑vitamins like thiamin, riboflavin, niacin, vitamin B6, and vitamin B12 are present in useful amounts, underscoring pork’s value in energy metabolism and neurological health. The vitamin D content, though modest, contributes to bone health in concert with calcium. Comparatively, 96/4 lean ground pork offers a much leaner profile than regular ground pork or fatty red meats. For example, typical ground pork with higher fat content can exceed 20–30 grams of fat per 100 grams cooked, significantly increasing calorie density. In contrast, lean ground pork provides a more favorable macronutrient distribution for individuals seeking muscle maintenance without excessive caloric intake. Its very low carbohydrate content (less than 1 gram) makes it especially compatible with ketogenic or low‑carb approaches. Additionally, the amino acid profile supports anabolic processes, particularly for athletes or individuals undergoing recovery Moreover, the nutrient density comparison reveals that lean ground pork delivers vitamins and minerals per calorie often equal to or better than other lean meats like turkey and chicken, particularly in B‑vitamin content. While micronutrient values can vary based on animal diet and processing, the lean ground pork profile consistently shows robust contributions toward daily nutrient goals without excessive calories or fat.

Lean ground pork’s nutrient composition suggests several potential health benefits, supported by current evidence around lean meats and protein intake. One of the most established benefits is its role in muscle protein synthesis and maintenance. High‑quality protein intake is linked with better muscle mass retention during aging (sarcopenia), improved recovery after exercise, and robust immune responses. Animal studies and clinical research consistently show that consuming adequate complete protein supports lean body mass maintenance, which is especially relevant for older adults and athletes. Protein intake from lean meats like pork also contributes to satiety, which can help with weight management. Diets higher in protein have been associated with improved appetite control and reduced total caloric intake in randomized feeding trials. Beyond macro‑nutrients, significant micronutrients found in pork such as selenium and B‑vitamins have specific physiological roles. Selenium, a trace mineral, functions as a co‑factor for glutathione peroxidase enzymes, which combat oxidative stress. While direct clinical trials on pork consumption and disease outcomes are limited, observational data suggest that diets including lean meats contribute to balanced nutrient intake when paired with vegetables and whole grains. Several studies have specifically examined pork intake within dietary patterns. A comprehensive analysis of NHANES data indicates that fresh lean pork contributes high‑quality protein to diets at lower cost compared to other meats, though it notes the need for more focused clinical evidence isolating pork’s effects on health outcomes. Other randomized controlled studies embedded in Mediterranean or DASH diet patterns have shown that introducing lean pork does not compromise cardiovascular benefits, as measured by lipid profiles and blood pressure, suggesting that lean pork can fit into existing heart‑healthy patterns. However, the evidence is mixed, highlighting the importance of the overall dietary context. B‑vitamins inherent in pork, such as thiamin (vitamin B1), play a central role in carbohydrate metabolism and neurological function. Adequate intake of thiamin is critical for energy production, especially in physically active individuals. Niacin (B3) contributes to DNA repair and cellular signaling, while vitamin B12 is essential for red blood cell formation and neurological health. Deficiencies in these nutrients can lead to fatigue, anemia, and neuropathy, making lean pork a valuable inclusion for individuals at risk of such deficiencies. Other minerals like phosphorus and potassium contribute to bone health and cardiovascular function, respectively. Emerging research suggests that lean meat consumption as part of balanced dietary patterns can support metabolic health. Randomized controlled feeding trials have found that replacing higher‑fat meats with leaner alternatives improves lipid profiles and reduces risk factors for cardiovascular disease. In such trials, lean pork has performed comparably to other lean proteins such as chicken and fish when associated with improvements in LDL cholesterol and markers of inflammation. Yet, the strength of evidence varies by study design, population, and duration, warranting continued research in diverse groups. Thus, while lean ground pork offers numerous nutrient‑related benefits, its net effect on long‑term health depends heavily on the entire dietary context and lifestyle factors.

Source: USDA FoodData Central (FDC ID: 168375)