Chicken, broilers or fryers, meat and skin and giblets and neck, cooked, fried, flour

The term broilers or fryers refers to young chickens raised specifically for their tender meat and rapid growth cycle, typically harvested between six and eight weeks of age. These birds are bred for succulent meat with a high proportion of edible muscle relative to bones. The USDA uses terms like "broilers" and "fryers" interchangeably in its nutrient composition databases to describe these commercial poultry products. These birds are typically raised in controlled environments where feed, light, temperature, and health status are managed to maximize growth efficiency and meat quality. A whole broiler includes various edible components: the breast, thighs, drumsticks, wings, skin, and sometimes the giblets (heart, liver, and gizzard) and neck. Each part exhibits slight differences in nutrient composition: dark meat (thighs and drumsticks) tends to be higher in fat and certain micronutrients like iron, whereas white meat (breast) has higher protein and lower fat content. Culturally, fried chicken has become one of the most widely recognized ways to prepare poultry in the United States and around the world. The basic method involves coating pieces of chicken in seasoned flour or batter and frying them in oil at high temperatures until the exterior becomes crisp and golden brown and the interior reaches a safe temperature of 165°F (74°C). In this preparation, the flour coating can contribute a small amount of carbohydrates, but most of the energy and macronutrient content remains derived from the chicken and the frying oil. Different culinary traditions have created regional variants of fried chicken: from Southern-style buttermilk-battered pieces in the U.S. to Japanese karaage, which uses a soy-based marinade and potato starch coating, to Korean fried chicken that is twice-fried for extra crispiness. Within the USDA nutrient database, "Chicken, broilers or fryers, meat and skin and giblets and neck, cooked, fried, flour" represents a composite food item combining muscle tissue with skin and organ meats, then cooked by frying in oil after dredging in flour. This specific entry is designed to reflect a typical preparation that a consumer might encounter in home cooking or certain food service contexts and is cataloged under Poultry Products. Because it includes both meat and skin as well as giblets and the neck, its nutrient profile provides a broader picture of the composition of a whole fried chicken than are provided by single-part entries like skinless chicken breast. From a culinary history perspective, the inclusion of giblets and neck in a fried preparation harkens back to traditional cooking where the entire bird was used to maximize yield and flavor, often resulting in rich gravies or soups made from the remaining components. Overall, this food item is one that many people enjoy for its flavor, cultural significance, and protein content, but it also has nuances in nutrient density that are influenced by the inclusion of skin and offal as well as the frying process. Understanding these variables helps situate the food nutritionally and culturally and provides insight into how different pieces and cooking methods contribute to the final nutritional value users care about when making dietary choices.

A 100 g serving of this fried chicken mix delivers approximately 272 kcal, with macronutrient distribution largely dominated by protein (28.57 g) and fat (15.27 g), while carbohydrate content remains low (3.27 g) due to the small amount of flour coating and the absence of added sugars. The high protein content contributes to both satiety and essential amino acid availability; proteins from chicken provide all nine essential amino acids, making it a complete protein source. This is particularly important for maintaining muscle mass, tissue repair, and immune function. Fat composition includes both saturated and unsaturated fatty acids. Of the total fat, ~4.16 g is saturated fat, contributing to about 21% of total fat, while monounsaturated and polyunsaturated fats contribute the remainder. These unsaturated fats are beneficial at moderate levels, but excessive intake of saturated fat has been linked to rises in LDL cholesterol, a factor in cardiometabolic risk when consumed in large amounts. In addition to fats and proteins, this food contains cholesterol (112 mg per 100 g), which, though essential in cell membrane structure and hormone synthesis, must be balanced within dietary patterns to support cardiovascular health. Micronutrient profiling shows meaningful contributions of vitamin B‑12 (1.11 µg), niacin, selenium, phosphorus, and iron, reflecting the combined presence of muscle tissue and organ meats. Vitamin B‑12, for example, is essential for neurological function and red blood cell formation, and this chicken mix provides a notable proportion of the daily value in a modest portion. Iron — particularly heme iron from animal sources — is highly bioavailable and helps support oxygen transport in the blood. Selenium functions as an antioxidant cofactor, assisting with oxidative stress reduction and immune function. Comparatively, fried chicken will have higher energy density than roasted or boiled chicken due to the oil absorption during frying. Replacing traditional frying with air frying or shallow sautéing can appreciably reduce total fat and calories while retaining most of the protein benefits. For example, grilled chicken without skin can contain as much as 30–40% fewer calories per 100 g compared to the fried counterpart while delivering similar protein levels. However, this specific USDA entry combines multiple parts of the chicken (including skin and organs), so the nutrient profile is representative of the whole bird rather than uniform muscle-only cuts. Given its composite nature, this food provides a rich amino acid spectrum — including essential amino acids such as leucine and lysine — that support bodily functions ranging from growth to metabolic regulation. In terms of micronutrient density, this fried chicken is a source of several B vitamins, selenium, and minerals that are often lower in plant-based foods. However, its high sodium content (86 mg per 100 g as recorded) and saturated fat mean that portion control and balanced meal planning are important, especially for individuals with cardiovascular risk factors.

When consumed occasionally within a balanced diet, fried chicken retains several inherent health benefits derived from chicken as a whole food, independent of the frying process. First, the high-quality complete protein supplied in a 100 g serving (28.6 g) supports muscle protein synthesis, which is critical for athletes, the elderly, and individuals recovering from injury. Protein also promotes satiety, helping regulate appetite and support weight management when paired with appropriate portion sizes. A meta-analysis of observational research on fried-food consumption highlights general diet patterns rather than specific food items, finding that frequent fried-food intake overall is associated with increased risks of cardiovascular disease and all-cause mortality; this underscores moderation rather than specific condemnation of a single food item. Importantly, choosing cooking oils low in trans fats and changing oil frequently can reduce harmful compound formation during frying, which is a factor in disease risk. Chicken also supplies vital micronutrients. Nutrients such as vitamin B‑12, iron, and selenium each play roles in metabolic health: vitamin B‑12 supports nervous system function and red blood cell formation; iron is integral to oxygen transport and energy metabolism; and selenium is involved in antioxidant pathways that protect cells from oxidative damage. While these benefits are inherent to chicken itself, frying does not eliminate these nutrients, although oil type and frying duration can influence their retention. These health aspects emphasize that the underlying food — broiler chicken meat with skin and giblets — contributes essential nutrients, even when cooked by frying. The benefits are most pronounced when fried chicken is part of an overall diet rich in vegetables, whole grains, and healthy fats, and when consumption frequency is balanced with other lean protein sources and nutrient-dense foods. Additionally, alternative cooking methods such as air frying or baking can preserve protein and micronutrients while significantly lowering added fats, making it easier to incorporate chicken into heart-healthy eating patterns.

Source: USDA FoodData Central (FDC ID: 171049)