raw Winged bean leaves

Discussion

raw Winged bean leaves Food Facts

Winged bean leaves, raw food facts

USDA SR27 Database Food #11597 category vegetable Food Products Refuse Desc:
Measurement
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11597
Multiply Current Measurement by:
1/2 1 2 3 4
Calories
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Macronutrients
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Macronutrients are elements or substances that are essential in larger amounts to the growth and health of a living organism.
Close Notes
Vitamins
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Minerals
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Minerals are:
Footnotes:

This food, briefly described as WINGED BEAN LEAVES,RAW, supplies an extra generous amount of the following vitamins, minerals and nutrients:
Energy This food has a high source of energy. The amount of energy is measured in joules or Calories (kilocals).


Protein is the major structural component of all cells in the body and function as enzymes in membranes as transport carriers and as some hormones. During digestion and absorption, dietary proteins are broken down into amino acids which become building blocks of these fuctional and structural compounds. Histidine is the 1st of 9 essential amino acids Isoleucine is the 2nd of 9 essential amino acids Threonine is the 3rd of 9 essential amino acids Valine is the 4th of 9 essential amino acids Methionine is the 5th of 9 essential amino acids Tyrosine is the 6th of 9 essential amino acids Leucine is the 7th of 9 essential amino acids Lysine is the 8th of 9 essential amino acids Tryptophan is the 9th of 9 essential amino acids Cystine Phenylalanine
Total lipid (fat) This food has a higher than average amount of lipids (fat). Fat is required by the body, but some sources of fat are better than others. The fat types that are present in generous amounts (if any) are as follows: Fatty acids, total monounsaturated
Carbohydrate, by difference The RDA for carbohydrates is based on its role as the primary energy source for the brain. The AMDR is based on its role as a source of Calories (kcal) while maintaining body weight.
Calcium, Ca, is the essential role in blood clotting, muscle contraction, nerve transmission, bone and tooth formation Copper, Cu, is a component of enzymes in iron metabolism. Iron, Fe, prevents microcitic hypochromic anemia. Manganese, Mn, is involved in formation of bone, as well as enzymes involved in amino acid, cholsterol and carbohydrate metabolism. Phosphorus, P, helps in the maintenance of PH, storage and transfer of energy and nucleotide synthesis. Zinc, Zn, is a component of multiple enzymes and proteins; involved in the regulation of gene expression.
Vitamin A, RAE is required for normal vision, gene expression, reduction, embryonic development and immune function (Vitamin A, IU) Vitamin B-6 is a coenzyme to metabolize amino acids, glycogen and sphingoid bases. Vitamin C, total ascorbic acid aka Dehydroascorbic Acid is a protective antioxidant. Thiamin aka Vitamin B-1 Riboflavin aka Vitamin B-2 is a conenzyme in numerous redux reactions. Niacin is a coenzyme in metabolism of Carbohydrates and branched amino acids. Arginine Alanine Aspartic acid Glutamic acid Glycine Proline Serine Fatty acids, total saturated