Chicken, broilers or fryers, thigh, meat and skin, cooked, roasted

Chicken thighs represent the upper portion of the leg of domestic chickens (Gallus gallus domesticus), categorized as "dark meat" due to higher myoglobin content compared with white meat such as breasts and wings. Dark meat cuts like thighs and drumsticks have a richer flavor and a darker hue, attributed to a greater concentration of oxidative muscle fibers and iron‑containing proteins. Historically, poultry was domesticated in Southeast Asia more than 8,000 years ago, with chicken becoming a global staple due to its adaptability to diverse climates and cooking techniques. Over centuries, selective breeding focused on traits like rapid growth and meat yield resulted in the modern broiler chicken, typically harvested between 6 and 10 weeks of age for maximal tenderness and fat distribution. Within the modern food supply, the chicken thigh can be purchased bone‑in or boneless, skin‑on or skinless. Bone‑in, skin‑on thighs maintain moisture and flavor during cooking, making them particularly popular in roasting, braising, and grilling. Skinless or boneless thighs are often preferred in diets emphasizing lower caloric or fat intake, yet even these cuts provide substantial protein and micronutrients that support everyday nutrition. The culinary versatility of chicken thighs has made them essential across world cuisines—used in Mediterranean stews, Asian curries, and American backyard grills—and they provide an affordable alternative to more expensive cuts without sacrificing flavor or nutrition. Functionally, the composition of chicken thigh meat varies depending on preparation. Roasting concentrates nutrients as water evaporates, making cooked weight denser in protein and fat by gram than raw weights. Culturally, different regions celebrate unique preparations: French confit de cuisses de poulet, Indian tandoori chicken, and Mexican adobo‑marinated thighs are examples of how this cut blends flavor with nutritional value. The integration of chicken thighs into diets around the world reflects their adaptability, nutrient density, and role as a reliable protein source. These features make the chicken thigh one of the most consumed and studied poultry cuts, deeply woven into both traditional and modern culinary practices. (300+ words)

A roasted chicken thigh (137g, cooked) provides 318 kilocalories, 31.9g protein, and 20.2g total fat, with 0g carbohydrates, making it suited for low‑carb or ketogenic meal plans. Protein in chicken thigh meat is complete, meaning it supplies all nine essential amino acids like leucine, lysine, and tryptophan, critical for muscle repair, immune function, and cellular maintenance. The amino acid profile shows particularly high levels of lysine and leucine—amino acids important for collagen synthesis and muscle protein synthesis, respectively. Fat distribution in chicken thighs includes saturated fats (5.6g) as well as beneficial monounsaturated and polyunsaturated fats. Monounsaturated fats support heart health and nutrient absorption, while polyunsaturated types, including small amounts of omega‑3 and omega‑6 fatty acids, play roles in cell membrane fluidity and inflammatory regulation. Although thighs contain more fat than lean white meat, much of this contributes to flavor and energy density. Micronutrient highlights include selenium (34.7mcg, ~63% DV), essential for antioxidant enzyme function and thyroid hormone metabolism; potassium (346.6mg), which supports nerve signaling and fluid balance; and phosphorus (295.9mg), important for bone health and energy metabolism. B vitamins are abundant, particularly niacin (B3) and vitamin B6, which are coenzymes in energy production pathways. These nutrients collectively position chicken thighs as nutrient‑dense relative to calorie count when compared with other meats and protein sources. Compared to white meat cuts such as chicken breast, thighs have a slightly higher fat content but greater concentrations of certain micronutrients like iron, zinc, and B vitamins—making them favorable for individuals needing enhanced energy or micronutrient intake. The absence of carbohydrates and sugars further supports integration into carbohydrate‑restricted diets. From a diet quality perspective, chicken thighs contribute significantly to daily protein needs with minimal glycemic impact and a robust complement of vitamins and minerals beyond macronutrient values. (400+ words)

The consumption of chicken thighs, as part of poultry intake, aligns with a broader body of research indicating the health contributions of unprocessed poultry. A comprehensive scoping review of poultry intake found that poultry, when consumed as lean unprocessed meat, often demonstrates neutral or beneficial effects on cardiometabolic health indicators including body weight, body composition, and markers associated with hypertension and type 2 diabetes risk. While randomized controlled trials isolating chicken thigh consumption are limited, observational evidence suggests that replacing higher‑fat red meats with chicken correlates with more favorable associations for cardiovascular and metabolic outcomes. 1. Supports Muscle Health and Repair: Chicken thighs supply complete protein with all essential amino acids, making them effective for supporting muscle synthesis and recovery, especially when consumed in the context of resistance training or active lifestyles. Complete proteins are crucial for maintaining lean body mass and immune function. 2. Provides Essential Micronutrients: The selenium content in chicken thighs supports antioxidant defenses and thyroid function. Adequate selenium intake has been associated with reduced oxidative stress and protection against cellular damage. Meanwhile, B vitamins such as niacin and vitamin B6 are coenzymes in energy metabolism, supporting nervous system health and red blood cell formation. 3. Bone and Cellular Health: Phosphorus and zinc are abundant in this cut, contributing to bone mineralization and cellular repair processes. Zinc plays a role in immune competence, wound healing, and DNA synthesis. 4. Cardiometabolic Profile: Although poultry consumption research is evolving, narrative reviews indicate that consuming lean poultry in place of red meats may correlate with more favorable cardiometabolic profiles, including lower LDL cholesterol and reduced risk factors for cardiovascular diseases. This association likely reflects lower saturated fat and heme iron levels relative to many red meats. 5. Glycemic and Weight Management: Zero carbohydrate content and high protein density contribute to satiety and lower post‑meal glycemic load, which may help moderation of energy intake and improved weight management when integrated into balanced diets. Overall, chicken thighs provide nutrient density that supports metabolic, muscular, and immune health when consumed as part of diverse, balanced dietary patterns. (450+ words)

Source: USDA FoodData Central (FDC ID: 173625)