Chicken legs are widely appreciated for their rich flavor, affordability, and versatility in culinary traditions worldwide. They provide high-quality protein alongside key micronutrients like vitamin B12, zinc, and selenium, which contribute to normal energy metabolism and immune function (USDA, NIH ODS). When prepared by roasting or baking and paired with abundant vegetables and whole grains, chicken legs can fit into a balanced dietary pattern that supports muscle maintenance and overall health (Harvard Nutrition Source).
Supports
Supports muscle repair and cellular energySupports immune health and cellular protectionHelps maintain strong bones and skeletal structure
Calories
120
kcal / 100g
Protein
19.2g
per 100g
Phosphorus
33%
of daily need
High proteinGluten-freedairy-freesugar-freelow-carb
Recommended intake
How much Chicken Leg — and how often
Practical guidance grounded in general dietary advice (EFSA / WHO / NHS) — not personal medical advice.
Who benefits most
Who Chicken Leg is especially good for
When to be careful
Be careful with Chicken Leg if…
Balanced advice — real cautions, not scaremongering.
Why it's healthy
Why eat Chicken Leg?
How it works in the body
The mechanisms behind Chicken Leg
Not just what's inside — what each nutrient actually does once you eat it.
Body systems
How Chicken Leg maps to body functions
Health benefit
Supports muscle repair and cellular energy
Providing complete protein per 100g (USDA), chicken leg supplies all essential amino acids needed to maintain and repair lean muscle mass (EFSA). It also delivers key B vitamins like B12 and niacin (NIH ODS), which function as coenzymes to help convert food into usable cellular energy (Harvard Nutrition Source).
Health benefit
Supports immune health and cellular protection
Chicken leg naturally provides key trace minerals, including selenium and zinc (USDA). Zinc is vital for the development and proper functioning of immune cells, while selenium acts as a component of antioxidant enzymes that help shield cells from oxidative stress (NIH ODS). Together, these nutrients contribute to the normal function of the immune system (EFSA, Harvard Nutrition Source).
Health benefit
Helps maintain strong bones and skeletal structure
Chicken leg supplies essential phosphorus along with minerals such as magnesium (USDA). Phosphorus is a critical component of hydroxyapatite, the primary mineral matrix in bone tissue, helping to maintain normal bones and teeth (NIH ODS, EFSA). Including phosphorus-rich foods supports overall skeletal strength as part of a varied diet (Harvard Nutrition Source).
Nutrition breakdown
What's actually in a serving
Percentages show how much of an adult's daily need one serving covers. Adjust the amount to match your plate.
Choose a serving
g
Typical serving: 1 drumstick bone and skin removed ≈ 88 g
Bars compare each nutrient to a general adult daily reference value (EFSA / NIH). Individual needs vary.
Per 88 g serving
Calories105.6kcal
Protein16.9g
Carbohydrates0g
Fat3.7g
Fibre0g
Sodium84.5mg
Vitamins
Folate3.5µg
Choline42.8mg
Vitamin A8.8µg
Vitamin E0.2mg
Vitamin K2.5µg
Vitamin B10.1mg
Vitamin B20.2mg
Vitamin B34.9mg
Vitamin B51.0mg
Vitamin B60.4mg
Vitamin B120.5µg
Minerals
Iron0.7mg
Zinc1.6mg
Copper0.1mg
Calcium8.8mg
Selenium18.5µg
Magnesium20.2mg
Manganese0.0mg
Potassium209.4mg
Phosphorus158.4mg
Show raw per-100 g values
Calories120kcal
Protein19.16g
Carbohydrates0g
of which sugars0g
Fat4.22g
of which saturates1.05g
Fibre0g
Sodium96mg
Works well with
Best pairings & ingredient synergies
Combinations where the whole is nutritionally greater than the sum of its parts.
On the plate
Recipes featuring Chicken Leg
More recipes featuring Chicken Leg are coming soon.
Did you know?
Small facts that change how you look at it
AI-assisted educational summary. Cross-check with the sources below for clinical decisions.
Preparation & storage
Getting the most out of it
Oven-roasting: Bake chicken legs at 190°C–200°C (375°F–400°F) until the internal temperature reaches 74°C (165°F) at the thickest part near the bone (USDA). Removing the skin after cooking reduces total fat and saturated fat content while preserving moisture during baking (Harvard Nutrition Source).
Braising: Gently simmer chicken legs in a covered pot with a liquid base, such as low-sodium broth or tomatoes with aromatics. Moist-heat cooking efficiently breaks down connective tissue in dark meat without requiring added cooking fats (Harvard Nutrition Source).
Grilling: Cook over indirect medium heat, turning periodically to avoid excessive charring. Ensure the meat reaches a safe internal temperature of 74°C (165°F) measured with a food thermometer (USDA).
Poaching: Simmer chicken legs gently in broth or water with herbs until fully cooked to 74°C (165°F) (USDA). This fat-free method creates tender meat suitable for shredding into soups, grain bowls, or salads.
Air-frying: Air-fry seasoned chicken legs at 190°C (375°F) for 25–30 minutes, flipping halfway through, to achieve a crispy exterior using minimal added oil while maintaining its dietary protein profile (USDA).
Things to consider
Context matters
Raw chicken carries a risk of bacterial contamination from pathogens such as Salmonella and Campylobacter, requiring careful food handling and thorough cooking to a safe internal temperature of 165°F (74°C) to prevent foodborne illness (USDA, WHO).
Chicken legs consist of dark meat and contain higher levels of total and saturated fat compared to white meat cuts like chicken breast, particularly when consumed with the skin on; removing the skin can help manage saturated fat intake as part of a balanced diet (USDA, Harvard Nutrition Source).
Also explore
Scientific references
Where this comes from
Sources · Chicken Leg
Inside Food only draws on these six sources — USDA for nutrient composition, EFSA, NIH ODS, WHO and PubMed for scientific evidence, and the Harvard T.H. Chan Nutrition Source for practical synthesis. Anything on this page not confirmed in one of them is marked with a red Unverifiedbadge.
This platform provides general nutrition information and is not a substitute for medical advice, diagnosis, or treatment. Nutritional needs vary between individuals.
