Beef, rib, large end (ribs 6-9), separable lean and fat, trimmed to 1/8" fat, choice, cooked, broiled

Beef rib large end refers to the anterior portion of the beef rib primal cut, typically encompassing ribs 6 through 9 from the steer or heifer. Historically prized in both Western and Asian cuisines for its balance of flavorful fat marbling and tender lean meat, the rib primal is one of the most coveted sections of the carcass. It’s the same region from which premium cuts like ribeye steak and prime rib roast are derived, though the "large end" specifically refers to the fattier, more substantial portion closer to the chuck. Beef cattle raised for this cut are generally finished on a grain‑enriched diet to promote intramuscular fat deposition, which contributes to the rich flavor and mouthfeel prized by chefs and home cooks alike. In retail and foodservice, specific names vary: “ribeye steak” is often used when the bone is removed, while “bone‑in beef rib steak” describes the same muscle with bone intact. Choice grade, such as the type described here, indicates a moderate degree of marbling under USDA grading standards — less than Prime but more than Select — offering a balance of juiciness, tenderness, and affordability. Worldwide, beef rib cuts play prominent roles in cultural dishes: American barbecue often cooks these ribs low and slow with dry rubs or sauces, French cuisine might feature them braised and served with rich pan sauces, while in Korean barbecue they might be thinly sliced (galbi) and quickly grilled. From a production perspective, rib cuts are normally harvested after careful butchering to preserve the integrity of the muscle and surrounding fat. The trimming level — in this case to about 1/8 inch of external fat — helps standardize fat content and cooking performance. Broiling, a dry‑heat cooking method utilizing high, direct heat from above, quickly renders fat and sears the surface, creating the deeply caramelized crust that boosts flavor. This cooking style also distinguishes rib cuts in culinary contexts, since slower methods like roasting or braising affect nutrient retention differently. Understanding this cut’s origin and variations helps consumers choose preparation techniques tailored to flavor, texture, and nutritional goals.

The nutrition profile of broiled beef rib large end reflects its energy density and nutrient richness. Per a 3 oz (85 g) cooked serving, this cut provides 315 calories, largely from protein and fat. Protein (17.7 g) contributes essential amino acids necessary for tissue repair and immune function, while total fat (26.5 g) includes saturated fat (10.8 g) which has implications for cardiovascular health when consumed in excess. This high fat content also delivers a significant amount of monounsaturated fats, which, though calorie‑dense, may have neutral to beneficial effects on lipid profiles when replacing refined carbohydrates. Micronutrient analysis reveals several important nutrients: iron (≈1.8 mg) supports oxygen transport as part of hemoglobin, while potassium (≈252 mg) and phosphorus (≈149 mg) play roles in fluid balance and bone health respectively. Zinc (≈4.1 mg), another abundant mineral in beef, is critical for immune function and wound healing. B vitamins – notably vitamin B12 (≈2.4 µg) and niacin (≈2.3 mg) – are present in appreciable amounts, supporting energy metabolism and neurologic health. Folate is minimal, typical of animal flesh, so complementary plant foods should be included for balanced intake. Water content (approximately 39.1 g per 85 g serving) reflects the cooked meat’s moisture, which helps with palatability but does not significantly contribute nutrients. When compared with leaner cuts like sirloin or tenderloin, the rib large end has markedly higher fat, increasing caloric yield but also rich flavor. This makes the rib ideal for occasional indulgence within a balanced eating plan but less suited for frequent consumption when strict calorie or saturated fat limits are in place. For example, top sirloin provides roughly 23 g protein with 7 g fat per similar serving, whereas rib cuts are nearly four times higher in fat. Thus the nutrient density must be weighed against dietary goals — especially for those managing cardiovascular risk factors or weight. Nevertheless, the robust micronutrient profile underscores why beef remains a valuable source of high‑quality protein and essential nutrients in many traditional diets around the world.

Beef, including rib cuts like the large end broiled, delivers several nutrients with evidence‑based roles in human health. First, the high‑quality protein supports muscle protein synthesis, particularly important for athletes, older adults combating sarcopenia, and recovering patients. High‑leucine content, an essential branched‑chain amino acid found in beef, stimulates muscle anabolism via mTOR pathways and has been linked to greater lean mass retention in resistance training trials. Iron in beef is primarily heme iron, which is absorbed more efficiently (≈15‑35%) than non‑heme iron in plants. Populations at risk of iron deficiency — including premenopausal women and endurance athletes — may benefit from regular lean beef consumption to maintain ferritin and hemoglobin levels. Zinc, another abundant mineral in beef, plays immunomodulatory roles, particularly in T‑cell function and wound healing, and low zinc status has been associated with impaired immune responses. B vitamins, notably B12, are naturally abundant in beef; deficiencies in B12 can lead to megaloblastic anemia and neurologic symptoms, and supplemental food sources like beef help maintain adequate levels, especially in older adults with reduced absorption. Some observational studies and systematic reviews offer mixed evidence regarding red meat’s impact on cardiovascular disease. A recent systematic review noted associations between higher red meat intake and cardiovascular risk factors in observational data, yet randomized controlled trials have not definitively confirmed these links, underscoring the complexity of diet‑disease relationships. Moderation and context matter: leaner cuts and balanced dietary patterns rich in vegetables, whole grains, and unsaturated fats may mitigate potential risks. In summary, the nutrient density of beef supports muscle, micronutrient status, and metabolic health when included judiciously within an overall balanced diet.

Source: USDA FoodData Central (FDC ID: 169506)