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

Beef shoulder top blade steak is a cut from the shoulder (or chuck) region of cattle, a part of the forequarter that bears significant muscular activity. This cut is obtained from the top blade muscle (also known as the infraspinatus), which runs along the upper shoulder and has historically been used for slow cooking due to its connective tissue structure. However, with better butchery techniques, much of the tough connective tissue was trimmed away to yield a tender cut ideal for grilling or pan‑searing. The result is a flavorful, relatively lean steak that is popular in both home kitchens and restaurants. Historically, this cut was less valued than tenderloin or ribeye, but modern culinary trends and growing emphasis on flavor over tenderness have elevated its status. Its classification under USDA as "choice" designates it as having moderate marbling, which helps balance tenderness and flavor when cooked properly. Beef is generally derived from domesticated cattle (Bos taurus), raised extensively for meat production worldwide. The shoulder top blade cut, specifically, benefits from modern beef grading systems and animal husbandry practices that prioritize leaner muscle and controlled fat distribution. In the U.S., chuck cuts like the top blade are often marketed as versatile options for grilling, braising, or stir‑frying. The cut’s anatomy — a rectangular muscle with relatively uniform thickness — lends itself well to even cooking if prepared with attention to temperature and resting time. The primal shoulder cut also yields other steaks and roasts such as the flat iron and shoulder roast, which share similar flavor profiles and nutritional characteristics. Because this cut comes from a frequently used muscle group, it contains a rich array of nutrients and flavor compounds, some of which contribute to both taste complexity and nutritional density. Regional variations in cooking practices exist globally; for example, in South American cuisines, similar cuts are often grilled as part of mixed meat platters, while in European butchery traditions, it may be incorporated into stews or roasted preparations. Despite its versatility, the primary identity of this cut remains rooted in its ability to deliver robust beef flavor with relatively lean profile when trimmed appropriately. Overall, understanding its origin and texture characteristics allows home cooks and food professionals to maximize its culinary potential while appreciating its nutritional contribution as a complete animal protein source.

Beef shoulder top blade steak is rich in macro‑ and micronutrients that play critical roles in human health. Per 100 grams cooked, it provides around 202 calories, predominantly from high‑quality protein (28.28g), moderate total fat (9.83g) with saturated fat at 3.984g, and zero carbohydrates, making it a protein‑centric food ideal for those seeking muscle support or low‑carbohydrate diets. Protein in beef includes all nine essential amino acids, meaning it is a 'complete' protein source. These amino acids — such as leucine, isoleucine, and valine — are pivotal for muscle protein synthesis, immune cell production, and hormone regulation. Bioavailability of animal protein is generally high, indicating that the body efficiently uses these amino acids for growth and repair. On the lipid side, while beef contains saturated fats, it also includes monounsaturated fats such as oleic acid, which, when consumed in moderation within a balanced diet, can support cell membrane integrity and hormone synthesis. The cholesterol content (~93mg per 100g) is moderate and should be considered in context of one’s overall diet and cardiovascular risk profile. Among micronutrients, this steak is particularly notable for iron (3.23mg) and zinc (9.85mg). These minerals are essential: iron is a central component of hemoglobin for oxygen transport, while zinc influences immune function, DNA synthesis, and wound healing. Heme iron from beef is also more bioavailable than non‑heme iron from plant sources. Vitamin B12 (~5.11mcg) and riboflavin are abundant, supporting neurological function and energy metabolism. Selenium (~31.2µg) contributes to antioxidant defense systems. Potassium (~389mg) plays a role in fluid balance and nerve signaling. Conversely, the steak lacks significant vitamin C and fiber, underscoring the importance of pairing it with vegetables or fruits to complete a nutrient‑dense meal. Compared to other cuts of beef, the shoulder top blade offers balance — higher in protein and lower in fat than richly marbled cuts like ribeye, yet richer in flavor than very lean cuts like eye round. The nutrient density (nutrients per calorie) of beef is comparatively high for essential elements like iron, zinc, and B‑vitamins relative to many plant foods. This nutrient profile positions beef as a strategic food in diets aimed at maximizing essential nutrient intake with controlled calorie budgets.

Lean beef contributes nutrients linked to specific health benefits when consumed in appropriate amounts. First, high‑quality protein supports muscle growth and maintenance. A 2022 study published in Nutrition Today highlights that lean meat consumption is associated with improved muscle protein synthesis due to its complete essential amino acid profile and rich leucine content. Protein also increases satiety, helping regulate appetite and body weight by promoting feelings of fullness. Second, beef delivers heme iron, a form the body absorbs more readily than plant‑based (non‑heme) iron. This is particularly valuable for individuals at risk of or experiencing iron‑deficiency anemia — an estimated global public health issue. Third, the steak’s zinc content (~9.85mg per 100g) supports immune function and wound healing, as zinc is integral to T‑cell production and DNA synthesis. Beef also supplies selenium, part of antioxidant enzyme systems that protect cells from oxidative stress. Fourth, Vitamin B12 (~5.11mcg) is essential for neurological health, nerve‑cell maintenance, and red blood cell formation — nutrient needs not met by plant foods alone. Fifth, the presence of B vitamins such as riboflavin, niacin, and B6 assists in energy metabolism and the synthesis of neurotransmitters. Collectively, these compounds help maintain metabolic health and cognitive function. Observational studies indicate that moderate lean beef consumption, as part of a balanced diet with fruits, vegetables, and whole grains, can contribute beneficially to nutrient status and supports overall health without substantially increasing cardiovascular risk when total saturated fat intake is controlled. Importantly, these benefits are best realized when beef replaces less nutritious foods rather than being added to an already high‑calorie diet.

Despite its nutrient richness, beef is classified as red meat and should be consumed with awareness of potential risks. The International Agency for Research on Cancer (IARC) notes that high consumption of unprocessed red meat is probably associated with increased colorectal cancer risk, particularly when intakes exceed recommended levels — often suggested at no more than three servings (350–500g cooked) per week for general populations. Red meat’s saturated fat and cholesterol content may elevate LDL cholesterol if consumed excessively in diets high in saturated fats, which is a risk factor for cardiovascular disease. Individuals with hypercholesterolemia or familial heart disease should moderate intake, choose leaner cuts, and balance with plenty of fiber‑rich plant foods. Excessive red meat intake is also linked in some epidemiological studies to higher incidence of type 2 diabetes risk markers, potentially mediated through saturated fat and heme iron impacts on insulin sensitivity. Those managing type 2 diabetes should work with healthcare professionals to tailor dietary patterns. Allergies or specific conditions like alpha‑gal syndrome — a tick‑bite induced red meat allergy — make beef consumption unsafe for a small segment of the population. Additionally, improper cooking can form heterocyclic amines and polycyclic aromatic hydrocarbons, compounds linked to increased cancer risks. These are more likely at very high temperatures or charring; using lower‑temperature methods or avoiding direct flame contact can reduce these risks. Finally, individuals with gout or uric acid disorders might need to limit high purine foods, including beef, to manage symptoms.

Source: USDA FoodData Central (FDC ID: 169475)