Honey


'Honey is the sweet substance produced by honeybees from the nectar of flowers or from secretions coming from living organisms feeding on plants, that bees gather, transform and combine with specific ingredients, store and leave to ripen in the combs of the hive.' (European standard. EEC)

Nectar is produced by the plant's nectary organs whilst honeydew is secreted by insects such as greenfly or aphids which suck the sap from plants, excreting the surplus, in a sugary liquid, as they feed.  

  Nectar and honeydew are gathered by the foraging bees and carried to the hive in their crop.Once back in the hive, this raw material is passed from bee to bee, and becomes further enriched by a variety of ingredients with each exchange. The most important substance in this exchange system is diastase, an enzyme which transform sugars such as saccharose into glucose and fructose.

The water content evaporates slowly (dropping from 70 to 80% when gathered to 17 or 18% in ripe honey). Once the honey reaches this stage, the bees seal it (full cells are sealed by small wax covers known as a 'cappings').

Honey's aspect , whether runny or crystallized and its color, light or dark depend entirely on the floral origin of the nectar. Therefore, the quality of honey cannot be judged by aspect alone.

Honey rich in glucose (colza, clover, sunflower) crystallizes quickly.
Honey low in glucose (acacia, chestnut, lime, etc.) stays runny for much longer.
Crystallized honey can always be made runny again by heating it carefully (ie in a bain- marie) to avoid altering its natural qualities.

Composition and food value

Completely ripe honey contains 16% to 18% water, 75% to 80% sugar, the rest is made up of substances belonging to a wide variety of chemical groups:
· organic acids
· trace elements
· proteins
· free amino acids
· volatile scented substances
· diastase, etc.
The diverse nature of these ingredients mean that honey is not just a simple sweetener, but a nutritionally worthwhile product.
The composition of the sugars alone, a worth a second look. Two simple sugars, glucose and fructose, predominate. Apart from them, there are a dozen or so other sugars such as maltose, saccharose, etc.

Glucose can be directly assimilated by the blood stream without being transformed. This explains why honey is such an effective food for muscular energy. Even the athletes of ancient Greece used honey on a regular basis and many sportsmen today are following their example.

Fructose has gentle laxative properties and honey is one of our daily foods which contains it in the highest proportions.
Apart from sugars, honey contains numerous mineral substances.
Dark-colored honey like heather, is particularly rich in iron and copper, both essential to the organism.
Honey helps fix calcium and, therefore, encourages the growth of healthy bone.
It is an excellent food for elderly people and babies.

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