Turkey, all classes, leg, meat and skin, raw

Turkey (Meleagris gallopavo) is a large domesticated bird native to North America that has been farmed for centuries for its meat. The turkey leg—also known as the thigh or drumstick—is part of the dark meat portion of the bird. Dark meat differs from white meat in that it contains more connective tissue, higher fat content, and a richer flavor due to greater myoglobin and lipid content. The leg includes the femur and tibia bones surrounded by muscle, fat, and skin, which contributes to both its culinary appeal and nutritional profile. Turkey farming originated with Indigenous peoples of what is now Mexico and the southwestern United States, who domesticated wild turkeys long before European colonization. Today’s commercial turkeys are selectively bred for rapid growth, breast size, and consistent quality. Turkey legs specifically have remained popular because of their succulent texture and versatility in cooking methods, from roasting to braising. Unlike the lean breast, the leg offers a more robust taste and retains moisture well during cooking due to its higher fat and connective tissue content. There are several varieties of turkey: heritage breeds, broad‑breasted commercial breeds, and free‑range or organic turkeys. Heritage turkeys tend to have darker, more flavorful meat, while broad‑breasted types are optimized for uniform size and yield. The nutritional composition of turkey leg meat and skin can vary slightly between these types, especially in fat content and fatty acid profiles. For example, organic or free‑range turkeys have been shown in recent research to exhibit higher levels of certain B vitamins and monounsaturated fats compared with conventionally raised birds. In supermarkets and butcher shops, turkey legs are typically sold fresh or frozen. Raw turkey leg with skin is commonly used in home cooking for dishes like roasted turkey leg, braised turkey confit, and slow‑cooked stews. Historically, turkey legs have also played roles in festive tradition—perhaps most famously at medieval feasts and more recently as a symbol of American Thanksgiving. Dark meat like the turkey leg contains not only protein but also a range of essential micronutrients, including selenium, zinc, phosphorus, and B vitamins, which support metabolic and immune functions. As part of a balanced diet, turkey leg meat provides nutrient density that can help meet daily protein requirements without excessive calories when cooked appropriately.

The raw turkey leg with meat and skin delivers a rich nutritional profile centered around high‑quality protein and a moderate amount of fat. In a typical 105 g serving, this cut provides 151 kcal, 20.5 g of protein, and 7.1 g of total fat, with 0 g of carbohydrates. The absence of carbohydrates makes this meat ideal for low‑carb and ketogenic meal plans where protein and fat comprise the primary energy sources. Protein in turkey leg meat consists of all nine essential amino acids, making it a complete protein source. Amino acids like leucine, isoleucine, and valine play crucial roles in muscle protein synthesis, while lysine and methionine support immune responsiveness and metabolic pathways. The amino acid profile in turkey leg meat mirrors that of other high‑quality animal proteins—making it beneficial for athletes and active individuals. The fat in turkey leg meat is predominantly from the skin and includes saturated (about 2.2 g) and unsaturated fats. While saturated fats have historically been viewed with caution due to cardiovascular concerns, moderate amounts in the context of a balanced diet can fit within dietary guidelines. Monounsaturated and polyunsaturated fats present in turkey leg contribute to cell membrane integrity and provide energy. Turkey leg also contains cholesterol (~74.6 mg), an important structural molecule used in hormone synthesis and cell function, though individuals with specific lipid disorders should monitor intake. Micronutrients are plentiful as well. Selenium, a trace mineral critical for antioxidant enzyme function and thyroid health, is present in significant amounts. Additionally, this meat supplies phosphorus (important for bone and teeth strength), potassium (key for fluid and nerve balance), and zinc (essential for immune function and DNA synthesis). The presence of B vitamins such as niacin, riboflavin, and vitamin B6 underscores turkey leg’s role in energy metabolism and neurological health. Folate, while present at lower levels compared with leafy greens, contributes to nucleotide synthesis and repair. Compared to other poultry cuts, the turkey leg carries a richer nutrient profile due to the presence of skin and dark muscle fibers. For example, turkey breast meat tends to be leaner with lower fat content but similar protein density. Turkey leg’s slightly higher calorie and fat content makes it more satiating and suitable for those looking to maintain or build body mass. Cooking and preparation methods influence nutrient retention: slow roasting preserves moisture and amino acids, while high‑temperature grilling can reduce some vitamins if overcooked. Understanding this nutrient density highlights turkey leg’s versatility as both a flavorful and nutritionally rich food choice. Pairing it with fiber‑rich vegetables and whole grains can further round out meals to support balanced nutrition across macro and micronutrients.

Source: USDA FoodData Central (FDC ID: 171493)