Japanese Chicken Fingers Recipe

Japanese Chicken Fingers has a average-calorie, average-carb, average-fat and very high-protein content. It is a good source of Vitamin B6, Thiamin, Riboflavin, Niacin, Folate and Pantothenic Acid.

The food contains 40.6g of carbs. The carbohydrate profile of the the food reveals it is average in complex carbs and low in Simple carbs. Carbs are our primary source of energy but its source should be chosen with utmost care. Complex carbs are a more desirable addition to your diet, where as simple carbs should be consumed in moderation as it is very easily broken down, assimilated and absorbed in the body. Its low sugar content puts it in the bottom 20 percentile. This is a good thing for people watching their sugar intake. With 25.7 gms of protein, it is very high in protein content, which is an important macronutrient that helps with tissue repair, provides energy and improves immunity.

Because of its average fat content, it could be suitable option, especially if you're watching your fat intake for health reasons. It's low MUFA and low PUFA. In terms of Polyunsaturated Fat content it is ranked in the bottom 20% of all food items. It is also ranked in the bottom 20 percentile in terms of its Monounsaturated Fat content, which are considered among "good fats".

It has an average density of Sodium, thus making it suitable for a low-sodium diet. Besides other nutrients, it is average in Magnesium, which is an essential micronutrient needed to keep muscle and nerve functioning normal and heart beat rhythmic. It also helps to support a healthy immune system, and keeps bones strong. It is also a very high source of Selenium, which is an important antioxidant especially in combination with vitamin E.

It belongs to Japanese cuisine. Ideally consumed as a Main Dish.

Our comprehensive nutrition ranking methodology, which inspects every nutrition element that this food is composed of, comes up with a nutrition ranking of 59, for Japanese Chicken Fingers, and we advise that this food in moderation.