Beef, brisket, flat half, separable lean and fat, trimmed to 1/8" fat, select, cooked, braised

Beef brisket is a primal cut from the chest (pectoral) region of cattle, specifically Bos taurus. This region supports much of the animal’s weight while standing, resulting in well‑used muscle fibers with significant connective tissue that—when properly cooked—break down into a tender, flavorful end product. Historically, brisket has been prized in many cuisines. In the United States, it became synonymous with Texas barbecue traditions, where slow smoking over wood embers at low temperatures for many hours transforms the tough cut into succulent slices. In Jewish cuisine, brisket is often braised with vegetables and aromatic spices for holiday meals. Around the world, different cultures interpret brisket through their culinary traditions: from Korea’s brisket soups (like seolleongtang) to Brazilian churrasco and British pot roasts. There are two main sub‑sections of brisket: the flat half and the point half. The flat half is leaner and holds its shape better in slicing, while the point half has more marbling and connective tissue, which can yield richer flavor but also higher fat content. Brisket may be sold as ‘select’, ‘choice’, or ‘prime’ grades—reflecting USDA quality levels based on marbling and other factors. In this article, we focus on brisket as cooked and braised, trimmed to 1/8" of external fat, which removes excess external fat but retains intramuscular fat (marbling) that contributes to flavor and juiciness. Brisket’s popularity lies in its versatility: it can be slow‑cooked, braised, smoked, roasted, or even ground for burgers. The connective tissue (collagen) converts into gelatin during longer cooking, yielding a moist mouthfeel. While brisket has a reputation as an indulgent barbecue staple, it also delivers nutrient density (especially protein and essential micronutrients) when portioned thoughtfully. Understanding the variety of brisket cuts and how they differ by fat distribution helps chefs, home cooks, and nutrition‑focused individuals choose the right approach for their dietary needs.

Beef brisket’s nutrition profile reflects its status as a cooked red meat product, offering macronutrients and micronutrients important in human diets. Per a standard 3 oz (85 g) cooked serving, brisket delivers 238 kcal, 24.6 g protein, 14.8 g fat, and zero carbohydrates. This macronutrient profile makes it especially compatible with low‑carb and ketogenic eating patterns, where carbohydrates are minimized, and satiating protein and fats dominate energy intake. Protein in brisket is complete, containing all essential amino acids necessary for building and repairing tissues throughout the body. The USDA nutrient profile classifies this cut as lean to moderately fatty depending on trim levels, but even at this trim level, brisket retains appreciable fatty acids that enhance flavor and caloric density. The fat content includes approximately 5.9 g saturated fat per serving—a nutrient that influences blood lipid levels if consumed in excess but also contributes to flavor and energy. Brisket also contains monounsaturated fats like oleic acid and small amounts of polyunsaturated fats. While the cholesterol content (~91 mg) and saturated fats merit attention for heart health, the nutrient profile also shows valuable micronutrients: iron (2 mg) for oxygen transport and energy, zinc (~5.9 mg) for immune and metabolic function, and vitamin B12 (not listed above but known to be present in beef cuts) for nerve and red blood cell health. Additionally, brisket supplies phosphorus, magnesium, potassium, and trace minerals important in metabolic pathways. This cut’s nutrient density compared to other red meats varies according to trim and cooking method. Brisket can be richer in fat than leaner cuts like top sirloin or eye of round, but trimming reduces external fat, lowering overall calorie contribution from fat. It is also richer than many poultry cuts in iron and zinc, which are often in lower concentrations in white meats. In contrast to plant proteins, beef brisket delivers heme iron—the bioavailable form of iron more easily absorbed by the body—as well as vitamin B12, which is virtually absent in plant foods. This makes it a distinct choice for those concerned about anemia or increased protein needs. Detailed micronutrient analysis shows brisket contributes to daily needs for minerals and B vitamins when consumed in moderation as part of a diet inclusive of fruits, vegetables, grains, and other protein sources. While it lacks fiber and significant vitamins like C and K, these gaps can be offset by pairing brisket with nutrient‑rich sides such as leafy greens, legumes, and whole grains. Overall, brisket offers a nutrient‑dense profile when portioned smartly and prepared without excessive added fats or sugars.

Source: USDA FoodData Central (FDC ID: 169432)