Chicken, broilers or fryers, neck, meat only, raw

Chicken neck meat is the muscle and connective tissue portion of the neck from broiler or fryer chickens (Gallus gallus domesticus) reared for meat production. Broilers and fryers are young meat chickens typically harvested between 6 and 8 weeks of age for commercial poultry production, selected for rapid growth and tender meat. Unlike common retail cuts such as breast, thighs, or wings, the neck is less frequently consumed on its own. In many culinary traditions around the world, particularly in Asian and Eastern European cuisines, chicken necks are prized for their rich flavor and gelatinous texture, making them ideal for slow cooking, stocks, soups, and broths. The meat only version excludes bone, skin, and cartilage, focusing purely on edible muscle tissue, which is why nutrition data often presents values per 100 g of meat only. This cut distinguishes itself from poultry cuts like wings or drumsticks by containing a greater proportion of connective tissue relative to lean muscle, which affects cooking methods and nutrient bioavailability. Historically, the use of chicken necks predates modern industrial poultry farming, with artisans and home cooks across cultures using every part of the bird for food, stock, or flavor enhancement. In traditional cuisines, the neck might be simmered with herbs and vegetables to extract gelatin and umami compounds, proteins that enhance mouthfeel and body in soups. Today, commercial poultry processing separates necks for inclusion in packaged stock bones, pet food, or sold regionally as edible cuts. Their small size and relatively low meat yield compared to larger cuts mean they are often a cost‑effective ingredient rather than a primary entree. However, from a sustainability perspective, utilizing the neck contributes to whole‑animal consumption practices that reduce waste. Production begins on poultry farms where broiler chickens are raised in controlled environments to optimize growth efficiency and feed conversion. Chickens are usually fed nutritionally balanced diets of corn and soy, which promote rapid muscle accretion—including in neck muscles. Upon reaching target weight, they are processed in regulated facilities where USDA and other food safety authorities oversee chilling and pathogen control measures. After processing, raw chicken neck meat is typically stored chilled and sold fresh or frozen. It’s important to recognize that because it’s raw poultry, the neck can harbor common pathogens like Salmonella and Campylobacter and must be handled with rigorous food safety practices to avoid contamination and foodborne illness. Government agencies like the CDC and USDA emphasize proper refrigeration and thorough cooking to safe internal temperatures for all raw poultry products, including neck meat (CDC; USDA).

The nutrition profile of chicken neck meat reflects its role as a protein‑rich, animal‑based source of essential nutrients. Per 100 g raw, USDA data reports 154 kcal, 17.55 g protein, and 8.78 g total fat, with zero carbohydrates or fiber—an energy distribution typical of lean poultry meat. Protein contributes to approximately half the energy in this cut, underscoring its value as a complete protein source containing all nine essential amino acids required for human health. It’s particularly rich in amino acids like leucine (1.316 g) and lysine (1.491 g), which are key for muscle protein synthesis and immune function. Beyond macronutrients, chicken neck meat provides trace minerals and vitamins that are biologically important. Minerals include selenium (13.5 µg), an antioxidant cofactor vital for thyroid hormone metabolism and immune defense; zinc (2.68 mg), essential for DNA synthesis and wound healing; iron (2.06 mg), necessary for oxygen transport; and potassium (175 mg), which supports nerve and muscle function. B vitamins such as niacin (4.119 mg) and vitamin B6 (0.29 mg) contribute to energy metabolism, neurotransmitter synthesis, and red blood cell formation. By comparison with other poultry cuts, neck meat falls between lean breast meat and fattier dark cuts like thighs in fat content but offers similar protein quality. While chicken breast may deliver a higher protein‑to‑calorie ratio, the neck’s intrinsic connective tissue and fat contribute to flavor and caloric density, useful in stews and stocks. Its saturated fat (2.25 g) content is moderate relative to total fat, and cholesterol measured at 83 mg per 100 g aligns with typical values for poultry products. Importantly, the absence of carbohydrates makes chicken neck meat compatible with low‑carb dieting approaches like ketogenic or Atkins diets, where protein and fat are prioritized. However, the vitamin D content is minimal, and the cut isn’t a significant source of vitamin C or dietary fiber, meaning it should be paired with nutrient‑dense vegetables and whole grains to support a balanced diet. While nutrition density scores from independent analyses may classify neck meat as lower than some superfoods, its profile excels in delivering high‑quality protein with essential micronutrients in a compact serving size. This makes it particularly suited for individuals focused on muscle maintenance and metabolic health, provided overall dietary patterns integrate a variety of foods to meet micronutrient needs beyond what poultry alone can supply.

Animal protein, including chicken meat like neck, supports multiple aspects of human health when included as part of a balanced diet. Lean poultry has long been promoted as a high‑quality protein source, with research indicating beneficial or neutral effects on body composition and cardiometabolic risk factors. A narrative review of poultry consumption and cardiometabolic outcomes concluded that lean, unprocessed chicken provides high‑quality protein that supports weight management and may have favorable or neutral effects on markers of cardiovascular health and type 2 diabetes risk, though more experimental research is needed to solidify these findings. Observational studies have consistently shown associations between moderate poultry intake and lower risk of chronic disease relative to processed or red meat, although causality cannot be definitively established (MDPI; sciencedirect). Protein from chicken neck meat contributes to satiety and the maintenance of lean muscle mass. Adequate protein intake has been linked to improved body composition, particularly in older adults and athletes, by preserving muscle mass and function—a critical factor in preventing sarcopenia, the age‑related loss of muscle. Additionally, the high protein content slows gastric emptying and modulates appetite hormones, which may support weight management and glycemic control. Although specific studies on neck meat are limited, these mechanisms are consistent across high‑quality animal proteins. Nutrient components such as selenium and zinc play roles in immune function and antioxidant defense, supporting resistance to infection and inflammation. Some large prospective cohort research indicates that unprocessed poultry intake does not significantly increase all‑cause mortality, in contrast to processed meats, which are consistently linked to higher mortality and chronic disease risk. For example, pooled data from multiple cohorts showed that higher poultry consumption was not significantly associated with all‑cause mortality or incident cardiovascular disease when controlling for confounders (JAMA Internal Medicine). However, other observational research suggests that extremely high poultry intake may correlate with increased risk for certain outcomes in specific contexts, underscoring the importance of moderation and overall dietary pattern. Chicken’s relatively lower saturated fat and cholesterol content compared with red meats may explain why replacing red meat with poultry can contribute to reduced risk of heart disease and certain cancers in population studies, though direct evidence from interventional trials remains limited. In summary, chicken neck meat contributes to key health endpoints through its high‑quality protein and essential micronutrients, supporting muscle health, metabolic regulation, and immune function. While specific research on neck meat per se is sparse, broader poultry literature indicates neutral to beneficial associations with cardiometabolic health outcomes when consumed as part of a balanced diet that emphasizes moderation and variety.

While chicken neck meat offers valuable nutrients, there are specific risks and cautions to consider. First, raw poultry can harbor pathogens like Campylobacter and Salmonella, which are leading causes of foodborne illness in the United States. CDC data indicate that approximately 1 in 25 packages of raw chicken contains Salmonella, emphasizing the need for stringent handling and cooking practices (CDC). Undercooking poultry or cross‑contaminating surfaces can result in serious gastrointestinal infection, especially among vulnerable populations such as young children, the elderly, pregnant individuals, or those with compromised immune systems. Allergies to chicken meat are relatively rare but can occur; symptoms range from mild hives or itching to more severe reactions including anaphylaxis. Individuals with diagnosed poultry allergies should avoid chicken products entirely and consult an allergist for tailored guidance. Additionally, people with gout or high uric acid levels may need to moderate intake, as purine‑rich animal proteins can exacerbate symptoms, potentially triggering flare‑ups. Concurrent use of certain medications like allopurinol for gout management may require monitoring dietary protein intake. Another consideration relates to saturated fat and cholesterol. Although chicken neck meat has a moderate fat content, diets excessively high in saturated fat have been linked to adverse cardiovascular risk factors in some populations. While poultry generally has lower saturated fat compared with red meat, individuals with elevated LDL cholesterol or existing heart disease may benefit from focusing on especially lean poultry cuts (e.g., breast) and inclusive plant‑based proteins to manage lipid profiles. Moreover, recent observational research has offered conflicting signals, suggesting that very high intake of poultry might relate to increased risk for some outcomes, such as certain cancers, though these associations are not conclusive and may reflect confounding dietary patterns rather than a causal effect. Food safety risks also extend to storage mishandling. Raw chicken should never be left at room temperature for extended periods, as bacteria proliferate rapidly between 40 °F and 140 °F, the danger zone where pathogens thrive. Refrigerate raw chicken promptly and cook within recommended time frames to reduce the risk of foodborne illness. Individuals with conditions that impair immune response—such as HIV/AIDS, chemotherapy recipients, or those on immunosuppressive medications—should be especially cautious, ensuring thorough cooking and avoiding raw or undercooked poultry entirely.

Source: USDA FoodData Central (FDC ID: 173623)