Beef, shoulder top blade steak, boneless, separable lean only, trimmed to 0" fat, select, cooked, grilled

Beef shoulder top blade steak is a cut from the shoulder (chuck) region of the cow, particularly the top portion of the blade muscle (triceps brachii). This region contributes to the name "top blade" steak and is known for its rich beef flavor and versatility in cooking. Historically, beef shoulder cuts were considered tougher due to the amount of connective tissue in the shoulder muscle, which remained active in locomotion. In the early 2000s, meat scientists and butchers popularized the leaner, well‑trimmed top blade steak as a high‑value cut when properly prepared. The development of refined butchery techniques allowed selective trimming to remove external fat and connective tissue, making this cut more tender than many other chuck steaks. There are a few varieties and related cuts worth noting. The flat iron steak, for instance, is another shoulder cut derived from the top blade but with connective tissue removed, yielding exceptional tenderness. Other related steaks include the petite shoulder steak and simple chuck steaks used in braising or slow cooking. This cut is commonly labeled in supermarkets under names like "chuck top blade steak" or simply "top blade steak." The culinary community recognizes it as lean, versatile, and rich in flavor, suitable for grilling, pan‑searing, broiling, or sous‑vide. Beef shoulder steak fits within the broader family of beef cuts that offer substantial nutritional value due to high protein and micronutrient content. Beef in general has been integral to human diets across cultures for millennia, serving as a key source of energy, amino acids, iron, zinc, and vitamins such as B12. The cultural history of beef consumption varies by geography—while in some regions (e.g., parts of India) beef consumption is restricted for religious reasons, in many Western and South American diets it's a staple in traditional dishes. Today, consumers choose lean cuts like the shoulder top blade steak to balance protein needs with concerns about saturated fat intake, especially within heart health guidelines. The production and consumption of beef have also evolved with changing farming practices. From grass‑fed to grain‑finished systems, beef's flavor and nutrient profile can vary. Grass‑fed beef often has slightly higher levels of omega‑3 fatty acids and antioxidants like vitamin E compared to grain‑fed beef, though both types supply heme iron and B vitamins efficiently. From a culinary standpoint, shoulder top blade steak benefits from marination to tenderize and enhance flavor. This section underscores the combined relevance of history, farming systems, and butchery in defining what makes this steak both a nutritional and culinary choice for many diets.

The nutrition profile of a cooked, grilled beef shoulder top blade steak underscores its role as a high‑protein, moderate‑fat, carbohydrate‑free food. In a 3 oz (85g) cooked portion, this steak delivers approximately 23.8g of protein, making it comparable to other lean beef cuts such as top sirloin or eye of round. Protein in beef is complete, meaning it contains all nine essential amino acids needed for muscle repair, immunity, and enzyme function. Beyond its macronutrient profile, this steak is nutrient‑dense in several micronutrients crucial for human health. Iron (2.6mg per serving) is predominantly in the form of heme iron, which is absorbed more efficiently than non‑heme iron in plant foods. Heme iron supports oxygen transport and energy metabolism, making lean beef an effective choice for those at risk of iron‑deficiency anemia. Beef also provides ~4.5µg of vitamin B12 per serving—far exceeding the daily requirement for most adults—and plays a key role in nerve health and DNA synthesis. Other B vitamins such as niacin (B3), B6, riboflavin (B2), and pantothenic acid support energy metabolism and red blood cell formation. Zinc, at around 8.4mg per 85g serving, contributes significantly to the immune system and wound healing, while selenium (about 27.5µg) acts as an antioxidant. Potassium (~335mg) helps regulate blood pressure and muscle function. While the steak contains some saturated fat (2.9g), it is not excessively high compared to fattier cuts like ribeye. The cut’s fatty acid profile includes monounsaturated fats, which may have neutral or beneficial effects on cholesterol when part of a balanced diet. Unlike meats with added sugars or carbohydrates, this cut has 0g carbs, making it compatible with low‑carb and ketogenic diets. For comparison, chicken breast (cooked) provides similar protein with lower saturated fat, but lacks the same levels of heme iron and B12. Plant proteins like legumes have fiber and phytonutrients but require careful pairing or fortification to match beef's amino acid profile and iron bioavailability. Nutrient density—measured as micronutrients per calorie—places lean beef as a valuable choice for diets aiming to support growth, recovery, and micronutrient sufficiency, particularly in populations with higher needs like athletes or pregnant women. This section references USDA FoodData Central data, highlighting specific macro and micronutrients that underlie the food’s role in human nutrition and how those values compare with other common protein sources.

Lean beef such as shoulder top blade steak offers several evidence‑based health benefits when consumed as part of a balanced diet. These benefits align with its nutrient composition—chiefly high‑quality protein, heme iron, zinc, B12, and other micronutrients. First, adequate protein intake supports muscle maintenance, strength, and recovery. Protein from red meat has a high biological value, meaning the amino acids are efficiently used by the body, an advantage for athletes and aging adults combating sarcopenia. Several studies highlight that higher‑protein diets, including lean red meat, support preservation of lean body mass during weight loss and improve satiety, which can help reduce overall calorie intake. Second, beef is a rich source of heme iron, which is more readily absorbed than non‑heme iron found in plants. Iron is critical for hemoglobin formation and oxygen transport, particularly in premenopausal women, pregnant individuals, and young children. A 2025 perspective in Frontiers in Nutrition emphasizes that removing red meat from diets without careful nutritional planning may risk iron and B12 deficiencies, particularly in vulnerable populations. Heme iron accounts for a substantial portion of total iron in beef and contributes to maintaining healthy energy levels and cognitive function. Third, the B vitamins in beef—especially vitamin B12—are essential for neurological health and DNA synthesis. Vitamin B12 deficiency can lead to anemia and neurological symptoms; because it is not present in plant foods, beef and other animal products are primary sources for omnivorous diets. Selenium and zinc, also abundant in beef, function as antioxidants and immune modulators. Selenium is involved in thyroid hormone metabolism and reducing oxidative stress, while zinc supports immune cell function and wound repair. Finally, lean red meat can support weight management due to its effect on satiety. Protein slows gastric emptying and increases the release of appetite‑regulating hormones, helping individuals feel fuller for longer. While discussions about red meat often focus on risks, evidence suggests moderate consumption of lean cuts like shoulder top blade steak—balanced with fruits, vegetables, whole grains, and healthy fats—can contribute to diverse, nutrient‑rich diets that support overall health outcomes.

Source: USDA FoodData Central (FDC ID: 169476)