Beef, rib, large end (ribs 6-9), separable lean only, trimmed to 0" fat, select, cooked, roasted

Beef ribs have been part of human diets for millennia, tracing back to traditional cattle‑raising cultures in Europe and Asia where entire rib sections were slow‑roasted over open wood or charcoal fires. The “large end” refers to ribs 6 to 9 on the beef carcass, which are closer to the chuck and contain more connective tissue and flavorful muscle. Because this cut lies in a region of moderate muscle use, it develops richly marbled but, when trimmed to lean only, contains less fat while still offering robust flavor and tenderness. Historically, cattle domestication was a milestone in the Neolithic revolution, where grass‑fed and grain‑fed cattle were selectively bred for meat yield and culinary qualities. The rib primal cut has several subdivisions: short ribs, ribeye, back ribs, and rib roasts. Among these, the large end is prized for traditional barbecue and slow roasting due to its balance of tenderness and beefy flavor. In modern retail, the large end may be sold with varying degrees of trimming: lean only (as in this item), lean and fat, or with minimal fat left for flavor. The distinction matters both for cooking and nutrition: lean cuts have lower fat content and are ideal for diets seeking higher protein with fewer calories from fat. Beef quality grades such as Select, Choice, and Prime indicate intramuscular fat or marbling level. Select is leaner with less marbling than Choice or Prime, resulting in fewer calories from fat when cooked. The production process for this USDA item includes trimming all visible external fat to 0 inches, then roasting until cooked through. The lean, cooked rib retains key nutrients like iron, zinc, and B vitamins, which are concentrated through cooking as water evaporates and muscle proteins denature. This food is important in culinary traditions worldwide, from American barbecue to French pot‑au‑feu and Korean galbi (short ribs), each preparation method influencing texture and nutrient retention. Enjoy some cultural context: in Texas‑style barbecues, beef ribs are seasoned with dry rubs and slow‑smoked, which enhances flavor while preserving juiciness. In contrast, an oven roasted lean rib emphasizes the natural beef flavor with minimal added fats. In summary, the large end beef rib, particularly when trimmed to lean only and roasted, offers a concentrated source of high‑quality protein and micronutrients. Its historical and cultural significance across cuisines underscores its versatility and nutritional value when prepared thoughtfully.

Understanding the nutrition profile of this lean cooked beef rib requires going beyond macro totals and examining micronutrient density, amino acid completeness, and nutrient ratios that support health. A 3‑oz (85 g) serving provides about 187 kcal with 23.4 g of protein and 9.7 g of total fat, nearly all from muscle tissue rather than external fat. The absence of carbohydrates (0 g) makes it a zero‑carb food, ideally suited for low‑carb and ketogenic dietary patterns. Because water content is roughly 60 % by weight after cooking, nutrients are concentrated in the edible portion. The protein in beef rib is considered complete, meaning it contains all essential amino acids in proportions that support human needs. For example, leucine, isoleucine, and valine — branched‑chain amino acids important for muscle synthesis — are plentiful, making this cut attractive for athletes and older adults trying to preserve lean mass. Micronutrients are also noteworthy: iron (~2.4 mg per 85 g) supports hemoglobin synthesis and oxygen transport, while zinc (~6.3 mg) is critical for immune function, DNA repair, and protein synthesis. Potassium (~303 mg) helps regulate blood pressure and cellular fluid balance. Lean beef also provides B‑vitamins — including niacin, riboflavin, and vitamin B12 — which are essential for energy metabolism and neurological health. Vitamin B12 is nearly exclusive to animal products and deficiency can lead to anemia and neurological impairment; an 85 g serving contributes a meaningful proportion of the recommended intake. Saturated fat (~3.9 g) comprises a portion of the total fat and has been the subject of debate in health research, but within the context of lean beef and overall diet quality, moderate intake is appropriate for most people. Comparison to similar foods reveals that lean beef ribs provide higher iron and zinc than comparable portions of chicken breast or pork loin, which may lack comparable levels of these minerals. However, the total calorie density is higher than very lean white meats due to intrinsic fat content. The nutrient density — defined as nutrient amount per calorie — still places this lean rib cut among the more nutrient‑rich animal proteins. Culinary context matters: cooking methods that minimize added fats (e.g., roasting, sous‑vide) preserve the lean profile, whereas frying or basting with butter increases total caloric and fat load. This nutrient breakdown underscores both strengths and considerations for dietary planning.

Beef, particularly lean cuts such as the rib large end trimmed to 0" fat, supplies essential nutrients that play defined roles in human physiology. High‑quality protein from beef supports muscle protein synthesis and maintenance of lean body mass. Muscle mass preservation is especially critical for aging adults, athletes, and those in recovery from illness or injury. Epidemiological data link adequate protein intake with maintenance of mobility and reduced frailty in older adults. Iron in beef is heme iron, which has a higher absorption rate (typically 15–35 %) compared to non‑heme iron from plant sources (2–20 %). Adequate iron intake helps prevent iron‑deficiency anemia, which can lead to fatigue and impaired cognitive function. Regular inclusion of lean beef as part of balanced meals may support optimal iron stores, particularly in populations at risk of deficiency such as menstruating women or endurance athletes. Zinc from beef supports immune competency, wound healing, and hormonal balance. Deficiencies in zinc are associated with impaired immunity and delayed tissue regeneration. Lean beef is also a source of B‑vitamins — such as vitamin B12, niacin, and riboflavin — which are essential cofactors in energy metabolism, neurological function, and red blood cell formation. Low B12 status is linked with neuropathy and macrocytic anemia, conditions preventable through adequate dietary intake of animal products. Moderate beef consumption also supplies creatine and carnosine, compounds beneficial for muscle performance and neurological health, though human randomized trials vary in effect size depending on dose and population. From a cardiometabolic perspective, evidence is evolving. Some systematic reviews show that replacing red meat with plant proteins — especially legumes and nuts — can reduce LDL‑cholesterol and total cholesterol levels, suggesting benefits to heart health through dietary substitution. However, randomized controlled trial data specifically comparing lean beef intake to other protein sources are mixed, and the effects may depend on overall dietary patterns. Furthermore, lean beef can fit into dietary patterns like the Mediterranean diet when consumed in moderation alongside abundant vegetables, whole grains, and healthy fats. Taken together, lean cooked beef ribs contribute key nutrients that cannot be easily replaced in some diets without careful planning. The evidence supports integrating lean beef as one component of a diverse, nutrient‑rich diet while emphasizing overall dietary quality and moderation.

While lean beef cuts provide nutrients that are important for health, habitual consumption of red meat at high levels has been associated with increased risk of certain chronic conditions in epidemiological research. Large cohort studies and reviews consistently show associations between high intake of red meat — particularly processed meats — and elevated risks for cardiovascular disease, type 2 diabetes, and some cancers. These associations are strongest when red meat displaces healthier protein sources like legumes, fish, and nuts. Moderation and dietary context are critical for minimizing potential risks. Individuals with existing cardiovascular risk factors may be advised to limit red meat intake and emphasize plant‑forward protein choices. Public health recommendations often focus on replacing some red meat with fish, beans, or tofu to improve lipid profiles and reduce inflammation markers. Pregnant women should avoid undercooked beef to prevent exposure to pathogens; fully cooking beef to safe temperatures minimizes this risk. Some individuals may also experience sensitivities to high iron intake, particularly those with hereditary hemochromatosis, where excessive iron absorption can lead to organ damage over time. Individuals with chronic kidney disease may need to monitor protein and mineral intake carefully under clinical guidance. Patients with gout or elevated uric acid may find high purine foods like red meat exacerbate symptoms, thus they may choose lower‑purine protein sources. These considerations highlight the importance of individualized dietary planning that accounts for personal health status, risk factors, and nutrient needs.

Source: USDA FoodData Central (FDC ID: 170218)