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Composition
nutrition values |
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Energy |
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304
Kcal |
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Nutrient:
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Average
amount in 100g of honey |
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Range |
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Water |
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17.1 g |
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(12.2-22.9 g) |
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Carohydrates
(total) |
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82.4 |
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38.5 g |
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(25.2-44.4 g) |
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31.0 |
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(24.6-36.9 g) |
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7.20 g |
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(1.70-11.8 g) |
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1.50 g |
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(0.50-2.90 g) |
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Proteins,
amino acids, vitamins, and
minerals |
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0.50 g |
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vitamin |
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Amount
in 100 g of honey |
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U.S.
RDA |
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< 0.006 mg |
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1.5 mg |
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< 0.06 mg |
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1.7 mg |
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< 0.36 mg |
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20.0 mg |
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< 0.11 mg |
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10.0 mg |
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0.32 mg |
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2.0 mg |
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22-2.4 mg |
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60.0 mg |
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Minerals |
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4.4-9.20 mg |
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1000.0 mg |
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0.003-0.10 mg |
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2.0 mg |
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0.006-1.5 mg |
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18.0 mg |
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1.2-3.50 mg |
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400.0 mg |
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0.02-0.4 mg |
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1.9-6.30 mg |
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1000.0 mg |
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13.2-168 mg |
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0.07-7.60 mg |
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0.03-0.4 mg |
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15.0 mg |
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Equilibrium
between ambient RH and water
content of honey |
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Health Benefits (a)
Antioxidants:
Antioxidants are important in their ability
to fight toxicity in the bloodstream and
may help fight off harmful infections.
So, it plays a important role in the prevention
of cancer as well as heart disease.
Honey contains antioxidants, which are
non-nutritive agents that decrease the
activity of cell-damaging free radicals
linked with many chronic diseases. In
particular, darker varieties of honey
can contain large quantities of a particular
antioxidant called flavonoid,
the same agent found in red grapes that
has been credited with leading to lower
instances of heart disease among wine
drinkers. Honey's antioxidants can also
make cooked meat safer. When meat is cooked
its fats release potentially dangerous
free radicals, which can attack the body's
cells. But Dr. Engeseth found that adding
one teaspoonful [5g] of honey
to 100g of meat before cooking helps block
these free radicals, as well as improving
the smell and taste of the meat.
(b) Supports blood formation:
Honey provides an important part of the
energy needed by the body for blood formation.
In addition, it helps in cleansing the
blood. It has some positive effects in
regulating and facilitating blood circulation.
It also functions as a protection against
capillary problems and arteriosclerosis.
(c) Antimicrobial Activity:
Royden Brown in his book ‘Bee Hive Product
Bible’ provides invaluable insight into
the properties of bee products. He writes
about the use of Honey to treat respiratory
ailments, and relates to exhaustive research
conducted in Bulgaria:
"We found Honey has bactericidal,
anti-allergenic, anti-inflammatory and
expectorant properties that insure the
body an immunobiological defense and give
it the capacity to regenerate its attacked
cells".
One antioxidant in particular, pinocembrin,
which is unique to honey, is currently
being studied for its antibacterial properties.
According to the research, honey's high
sugar content slows bacterial growth by
reducing the amount of water available
to them. In addition, an enzyme secreted
from the bee's mouth makes hydrogen peroxide,
which acts as an antibacterial agent when
diluted with water. Honey's acidity also
has anti-bacterial properties. Thus, honey
can be used for:
(i) Helping in Healing Wounds
There are several factors that may account
for honey's healing properties:
- Bacterial infections require water
to thrive. The sugars in honey attract
water, and may deprive the bacteria
resulting in diminished activity from
the virus.
- Bee pollen and propolis enzymes are
present in even the purest of raw honey.
These possess anti-viral and antibacterial
properties that work from within the
honey to sterilize wounds and assist
healing.
- Glucose oxidase found in honey combines
with water and produces hydrogen peroxide.
Hydrogen peroxide has antiseptic properties.
(ii) Treatment
of Diarrhea
Honey promotes the rehydration of the
body and more quickly clears up the diarrhea
and any vomiting and stomach upsets. The
anti-bacterial properties of honey, both
the peroxide and non-peroxide, are effective
in the laboratory against MRSA strains
of bacteria, which are notoriously resistant
to antibiotics and are sometimes responsible
for the closing of hospital wards.
(iii) Treatment
of Ulcers
In Europe, honey has been used internally
to help cure ulcers, particularly stomach
ulcers. The advantage of honey is that
it not only prevents infections from occurring,
it actually accelerates skin healing..
Since the sugar in honey absorbs water
it helps to trap some of the moisture
so that the bacteria and other microbes
can’t grow as easily as in other food.
(iv) Treatment of
Sore Throat
Due to its natural anti-inflammatory effect,
it will help to heal the wounds more quickly.
It also has different phytochemicals--chemicals
found in plants and different foods--that
kill viruses, bacteria, and fungus making
it a good substitute for wound dressings.
(d) Protects Teeth:
Many people think that because honey is
sweet it's bad for your teeth, but research
shows it actually help fights tooth decay.
Studies at the University if Chicago Dental
School shows that compounds in honey,
particularly the darker honeys, attack
the bacteria, which can rot teeth.
(e) Good for skin:
It has the ability to attract water. It
is also safe for sensitive skin. People
can also use it as a moisturizing mask
for their skin as well as their hair.
To use it as a conditioner, mix the honey
with olive oil. Be sure to wash your hair
thoroughly before you go outside.
(f) Honey in Food
Preservation:
Honey possesses numerous functional characteristics
that can improve the quality of a variety
of food products. In meat products honey
can enhance the meat flavours, bind ingredients
and act as a culture substrate in cured
products. Honey may also improve the cook
yield in poultry meats by adding to the
overall weight. In addition, honey contains
large amounts of reducing sugars, which
can participate in the Maillard reaction
along with the amines found in poultry
meats. Finally, because of honey's unique
antioxidant profile it may serve as an
effective means of inhibiting foodborne
pathogens, reducing heterocyclic aromatic
amine (HAA) formation, and stabilizing
lipid emulsion systems such as salad dressings.
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