Calorie content Fig. Chemical composition and nutritional value.

Nutritional value and chemical composition.

The table shows the content of nutrients (calories, proteins, fats, carbohydrates, vitamins and minerals) per 100 grams edible part.
NutrientQuantityNorm**% of the norm in 100 g% of the norm in 100 kcal100% normal
Calorie value54 kCal1684 kCal3.2%5.9%3119 g
Proteins0.7 g76 g0.9%1.7%10857 g
Fats0.2 g56 g0.4%0.7%28000 g
Carbohydrates12 g219 g5.5%10.2%1825 g
organic acids0.5 g~
Alimentary fiber2.5 g20 g12.5%23.1%800 g
Water83 g2273 g3.7%6.9%2739 g
Ash1.1 g~
Vitamins
Vitamin A, RE8 μg900 μg0.9%1.7%11250 g
beta Carotene0.05 mg5 mg1%1.9%10000 g
Vitamin B1, thiamine0.06 mg1.5 mg4%7.4%2500 g
Vitamin B2, riboflavin0.05 mg1.8 mg2.8%5.2%3600 g
Vitamin B4, choline4.7 mg500 mg0.9%1.7%10638 g
Vitamin B5, pantothenic0.4 mg5 mg8%14.8%1250 g
Vitamin B6, pyridoxine0.13 mg2 mg6.5%12%1538 g
Vitamin B9, folate10 μg400 μg2.5%4.6%4000 g
Vitamin C, ascorbic2 mg90 mg2.2%4.1%4500 g
Vitamin E, alpha tocopherol, TE0.1 mg15 mg0.7%1.3%15000 g
Vitamin K, phylloquinone4.7 μg120 μg3.9%7.2%2553 g
Vitamin PP, NE0.6 mg20 mg3%5.6%3333 g
niacin0.5 mg~
Macronutrients
Potassium, K190 mg2500 mg7.6%14.1%1316 g
Calcium, Ca35 mg1000 mg3.5%6.5%2857 g
Silicon, Si48 mg30 mg160%296.3%63 g
Magnesium, Mg17 mg400 mg4.3%8%2353 g
Sodium, Na18 mg1300 mg1.4%2.6%7222 g
Sulfur, S7.5 mg1000 mg0.8%1.5%13333 g
Phosphorus, P14 mg800 mg1.8%3.3%5714 g
Chlorine, Cl3 mg2300 mg0.1%0.2%76667 g
Trace Elements
Aluminum, Al380 μg~
Bohr, B148 μg~
Vanadium, V4 μg~
Iron, Fe3.2 mg18 mg17.8%33%563 g
Iodine, I4.76 μg150 μg3.2%5.9%3151 g
Cobalt, Co1.3 μg10 μg13%24.1%769 g
Lithium, Li3 μg~
Manganese, Mn0.128 mg2 mg6.4%11.9%1563 g
Copper, Cu70 μg1000 μg7%13%1429 g
Molybdenum, Mo.6.7 μg70 μg9.6%17.8%1045 g
Nickel, Ni17 μg~
Rubidium, Rb63 μg~
Selenium, Se0.2 μg55 μg0.4%0.7%27500 g
Strontium, Sr.17.3 μg~
Fluorine, F2.4 μg4000 μg0.1%0.2%166667 g
Chrome, Cr11 μg50 μg22%40.7%455 g
Zinc, Zn0.15 mg12 mg1.3%2.4%8000 g
Zirconium, Zr40 μg~
Digestible carbohydrates
Starch and dextrins0.8 g~
Mono- and disaccharides (sugars)11.2 gmax 100 г
Saturated fatty acids
Saturated fatty acids0.1 gmax 18.7 г
Polyunsaturated fatty acids
Omega-6 fatty acids0.144 gfrom 4.7 to 16.83.1%5.7%
 

The energy value is 54 kcal.

  • Piece = 40 gr (21.6 kcal)
Figs rich in vitamins and minerals such as: silicon – 160%, iron – 17,8%, cobalt – 13%, chromium – 22%
  • Silicon is included as a structural component in glycosaminoglycans and stimulates collagen synthesis.
  • Iron is a part of proteins of various functions, including enzymes. Participates in the transport of electrons, oxygen, ensures the course of redox reactions and activation of peroxidation. Insufficient consumption leads to hypochromic anemia, myoglobin-deficient atony of skeletal muscles, increased fatigue, myocardiopathy, atrophic gastritis.
  • Cobalt is part of vitamin B12. Activates enzymes of fatty acid metabolism and folic acid metabolism.
  • Chrome participates in the regulation of blood glucose levels, enhancing the effect of insulin. Deficiency leads to decreased glucose tolerance.
Tags: calorie content 54 kcal, chemical composition, nutritional value, vitamins, minerals, how Figs are useful, calories, nutrients, useful properties of Figs

Energy value, or calorie content Is the amount of energy released in the human body from food during digestion. The energy value of a product is measured in kilo-calories (kcal) or kilo-joules (kJ) per 100 grams. product. The kilocalorie used to measure the energy value of food is also called the “food calorie,” so the kilo prefix is ​​often omitted when specifying calories in (kilo) calories. You can see detailed energy tables for Russian products.

The nutritional value – the content of carbohydrates, fats and proteins in the product.

 

Nutritional value of a food product – a set of properties of a food product, in the presence of which the physiological needs of a person for the necessary substances and energy are satisfied.

Vitamins, organic substances required in small quantities in the diet of both humans and most vertebrates. Vitamins are usually synthesized by plants rather than animals. The daily human need for vitamins is only a few milligrams or micrograms. Unlike inorganic substances, vitamins are destroyed by strong heating. Many vitamins are unstable and “lost” during cooking or food processing.

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