Mulberry

BLACK MULBERRY
     The fruits of the black mulberry (Morus nigra) exhibit a relatively limited vitamin profile, with the exception of ascorbic acid (52.0% of the Daily Value [DV] per 100 g). However, they are characterized by a notably balanced mineral profile, among which the predominant constituents are: silicon (33.3% DV per 100 g), boron (32.0%), chromium (14.0%), iron (12.7%), potassium (11.2%), cobalt (10.0%), nickel (10.0%), vanadium (8.8%), magnesium (8.3%), and copper (8.0%).
    Black mulberry fruits are distinguished by their concentration of the essential amino acid threonine (12.9% DV) and non-essential amino acids, specifically cystine (7.7%), arginine (5.2%), and alanine (4.3%). The nutritional matrix is rich in the mono- and disaccharide fraction (17.2%), with glucose serving as the primary sugar (53.0% DV). Furthermore, the fruits contain pectic substances (11.0%) and minor quantities of starch (0.03 g per 100 g) and sucrose (ranging from 0.6–0.8 g).
     The total purine base content per 100 g constitutes 6.7% of the daily allowance.
Caloric content per 100 g: 43 kcal
Water in 100 g: 87.70 g
Ash from 100 g: 0.70 g

CHEMICAL COMPOSITION
 
Vitamins, macro- and microelements, nutrients per 100 g
VITAMINS
Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually*
Vitamin B1 (thiamine) 0.029-0.040 mg 2.1% 5
Vitamin B2 (riboflavin) 0.020-0.101 mg 3.8% 5
Vitamin B5 (pantothenic acid) 0.08 mg 1.6% 0
Vitamin B6 (pyridoxine) 0.050-0.100 mg 3.8% 5
Vitamin B9 (folic acid) 6.0 mcg 1.5% 0
Vitamin B12 (cyanocobalamin) 0.0 mcg 0.0% 0
Vitamin C (ascorbic acid) 36.4 mg 52.0% 50
Vitamin E (alpha-tocopherol) 0.87 mg 5.8% 5
Beta-tocopherol No data
Gamma-tocopherol No data
Delta-tocopherol No data
Vitamin D (ergocalciferol) 0.0 mcg 0.0% 0
Vitamin PP (nicotinic acid) 0.80-0.91 mg 4.4% 5
Vitamin K (phylloquinone) 7.8 mcg 6.5% 10
Biotin 0.6 mcg 1.2% 0
Beta-carotene 9.0 mcg 0.2% 0
Alpha-carotene 12.0 mcg 0.2% 0
Lutein + zeaxanthin 136.0 mcg 2.3% 5
Beta-cryptoxanthin 34.0 mcg 0.7% 0
Lycopene 0.0 mcg 0.0% 0
Choline 12.3 mg 2.5% 5
Methylmethionine sulfonium (vitamin U) 0.0 mg 0.0% 0
Betaine trimethylglycine 7.5 mg 0.8% 0

* Full jug – 100% of the daily norm; empty – 0-1% of the daily norm.

MINERAL ELEMENTS

Macroelements

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Potassium 194.0-350.0 mg 11.2% 10
Calcium 24.0-39.0 mg 2.8% 5
Silicon 10.0 mg 33.3% 30
Magnesium 18.0-51.0 mg 8.3% 10
Sodium 10.0-16.0 mg 1.0% 0
Sulfur 6.0 mg 0.6% 0
Phosphorus 38.0 mg 4.8% 5
Chlorine 2.5 mg 0.1% 0

Microelements and ultramicroelements

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Aluminum 650.0 mcg 1.7% 0
Boron 22.4 mcg 32.0% 30
Vanadium 3.5 mcg 8.8% 10
Iron 1.9 mg 12.7% 20
Iodine 1.0 mcg 0.7% 0
Cobalt 1.0 mcg 10.0% 10
Lithium 3.0 mcg 3.0% 5
Manganese 18.0 mcg 0.9% 0
Copper 60.0-100.0 mcg 8.0% 10
Molybdenum 2.5 mcg 3.6% 5
Arsenic 0.3 mcg 2.5% 5
Nickel 15.0 mcg 10.0% 10
Tin 6.3 mcg 0.3% 0
Rubidium 4.0 mcg 4.0% 5
Lead 0.5 mcg 5.0% 5
Selenium 0.6 mcg 0.9% 0
Strontium 8.2 mcg 1.0% 0
Thallium 0.08 mcg 4.0% 5
Fluorine 13.0 mcg 0.3% 0
Chromium 7.0 mcg 14.0% 20
Zinc 120.0 mcg 1.0% 0

 

PROTEINS AND AMINO ACIDS

 

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Total protein content 1.4 g 1.8% 5
Content of essential amino acids 0.560 g 2.6% 5
Content of non-essential amino acids 0.856 g 1.5% 0

 

Essential Amino Acids

 

Name of the acid Content, g per 100 g of product % of daily norm
in numbers visually
Valine 0.071 g 2.8% 5
Histidine 0.009 g 0.4% 0
Isoleucine 0.015 g 0.8% 0
Leucine 0.082 g 1.8% 5
Lysine 0.028 g 0.7% 0
Methionine 0.006 g 0.3% 0
Threonine 0.311 g 12.9%  20
Tryptophan 0.001 g 0.1% 0
Phenylalanine 0.037 g 1.2% 0



FATS AND FATTY ACIDS

 

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Total fat content 0.40 g 0.4% 0
Content of unsaturated fatty acids 0.248 g 0.6% 0
Content of omega-3 unsaturated fatty acids 0.001 g 0.1% 0
Content of omega-6 unsaturated fatty acids 0.206 g 2.1% 5
Content of saturated fatty acids 0.026 g 0.1% 0

 

Unsaturated Fatty Acids

 

Name of the acid Content, g per 100 g of product
Palmitoleic C 16:1 (omega-7) 0.0 g
Oleic C 18:1 (omega-9) 0.041 g
Linoleic C 18:2 (omega-6) 0.206 g
Linolenic C 18:3 (omega-3) 0.001 g
Stearidonic C 18:4 (omega-3) 0.0 g
Gadoleic C 20:1 (omega-11) 0.0 g
Arachidonic C 20:4 (omega-6) 0.0 g
Eicosapentaenoic C 20:5 (omega-3) 0.0 g
Erucic C 22:1 (omega-9) 0.0 g
Clupanodonic C 22:5 (omega-3) 0.0 g
Docosahexaenoic C 22:6 (omega-3) 0.0 g
Nervonic C 24:1 (omega-9) 0.0 g

 

Saturated Fatty Acids

 

Name of the acid Content, g per 100 g of product
Lauric C 12:0 0.0 g
Myristic C 14:0 0.0 g
Pentadecanoic 15:0 0.0 g
Palmitic C 16:0 0.006 g
Stearic C 18:0 0.020 g
Arachidic C 20:0 0.0 g
Behenic C 22:0 0.0 g
Lignoceric C 24:0 0.0 g

 

Sterols

 

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Total phytosterols 2.4 mg 4.4% 5
Campesterol No data
Beta-sitosterol No data
Stigmasterol No data
Cholesterol 0.0 mg 0.0%

 

CARBOHYDRATES

 

Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Total carbohydrate content 9.8-15.0 g 3.7% 5
Mono- and disaccharides 8.1-9.5 g 17.2% 20
Glucose 5.3 g 53.0% 50
Fructose 2.7 g 7.7% 10
Galactose 0.0 g 0.0% 0
Sucrose 0.6-0.8 g
Lactose 0.0 g 0.0% 0
Starch 0.03 g  –
Maltose 0.0 g
Fiber 1.7 g 6.8% 10
Pectin 0.5-0.6 g 11.0% 10
PURINE BASES
Name Content, mass fraction per 100 g of product % of daily norm
in numbers visually
Content of total purines 8.0 mg 6.7% 5

Units of measurement:
Piece (mass of one berry): 1.5-7.8 g
Tea glass: 195.0 g
Faceted glass: 155.0 g
Teaspoon: 6.0 g
Tablespoon: 21.0 g

Similar Posts

  • How to Remember Chromone Formulas

         Rule eleven –     do not be haughty          make way. How to remember the formulas of chromones?   Chromones are derivatives of 9,10–benzogamma–pyrone. The Latin letter “gamma” indicates that the carbonyl group is located opposite the heteroatom of oxygen (in the para position).       9,10–Benzogamma–pyrone (= Chromone)   Among simple chromones, 3-methylchromone…

  • Pumpkin Seed Oil

    PUMPKIN SEED OIL Pumpkin seed oil is obtained from pre-cleaned, dried to 8% moisture, and ground (occasionally roasted) pumpkin seeds. The oil yield when using the cold-pressing method is 35%. It is recognized that the finest pumpkin seed oil is produced in Styria, one of the nine federal states of Austria. A special variety of…

  • Common Eggplant (Solanum melongena L.)

    COMMON EGGPLANT (Solanum melongena L.) The nightshade family – Solanaceae I. BOTANICAL DESCRIPTION AND BIOLOGICAL CHARACTERISTICS II. PHYTOCHEMICAL COMPOSITION (per 100 g of product) EGGPLANT       Eggplant (Solanum melongena) is characterized by a significant concentration of mineral elements, notably: boron (143.0% of the Daily Value [DV] per 100 g), silicon (97.0%), lithium (68.0%), and rubidium…

  • How to Remember Flavonoid Formulas

       Rule twelve –     it’s time to train! How to remember the formulas of flavonoids?   Recall silibin. Remember, it was during the study of this flavolignan that we already considered the general structure of flavonoid molecules. This is a structure of the type C6C3(with a heteroatom O)–C6, and opposite the heteroatom in flavonoids, a…

  • Raisin

    RAISINS      Raisins are essentially dehydrated grapes (fresh grapes usually contain about 80% water, while in raisins, the moisture content decreases to 15% due to drying), so the nutrient composition of these two products is similar (raisins are rich in vitamins, mineral elements, proteins, and carbohydrates from grapes are concentrated).       The mineral content…

  • Parenchyma tissues. Aerenchyma: Botanical Comics

    Greetings, future colleagues! We continue our journey through the plant microcosm. Today, we submerge into the depths of the aquatic jungles, where a specific structural architecture prevails: the aerenchyma. Have you ever contemplated how Oryza sativa or Nymphaea manage to maintain respiration while submerged deep underwater or embedded in dense anaerobic silt?The secret lies in…