therapeutic effects of apitherapy in higher education-be(e...
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Therapeutic effects of apitherapy in higher education-Be(e) Therapy (2017-1-TR01-KA203-045990)
GUIDE FOR APITHERAPY PRODUCTS*
Prof. Dr. Kemal ÇELİK
*This project has been funded with support from the European Commission. This publication reflects the views only of the author and project partners, and the
Commission cannot be held responsible for any use which may be made of the information contained therein.”
Apitherapy products
Honey (type of bees, botanical and geographical origin, type of extraction)
Pollen
Dry or frozen
Bee bread (type of bees)
Dry or frozen
Royal Jelly (type of alimentation, geographical origin)
Propolis (botanical and geographical origin, type of harvest)
Bee venom
Wax (type, origin)
Apilarnil
Queen Larva
Api-air
Apitherapy products
The images: "Nature" and "Health”
Products
Collected and/or produced by bees without processing or
external inputs.
Without foreign substances or damage.
Used as medicine for a very long time
Hive products for medicinal use should be
Harvested in natural areas
with a rich and diverse flora throughout the season (with medicinal
honey plants)
Without residues and polluting substances
Kept in their natural state they must preserve h e natural useful and
active substances (nutrients, vitamins, enzymes, amino acids )
Apitherapy products
Quality is linked
to the absence of:
Contaminants (environment, treatment, food …)
Degradation (harvesting, packaging, storage)
(Adulterations)
To the botanical origin
To a good traceability
Analyse the impact of the beekeeper
Without contaminants
Origin of contaminants
Environment Beekeeping pratices Contaminated plants
(Polycyclic aromatic hydrocarbons,
radiations, heavy metals…)
Treated plants
(Pesticides)
Toxic plants
(Pyrrolizidine alcaloïds)
Medicines used
by the beekeeper
(miticides, antibiotics…)
Management of hives:
Feeding, smoke,
microorganisme…
Material used
for the production:
wax, hives, pollen trap…
(Pesticides, microorganism…)
Air
(Polycyclic aromatic hydrocarbons, pesticides…) Water
(Pesticides, microorganism…)
Honey house: Material used
for the harvest and the packing,
water, workers, environment, jars…
(Microorganism, chemicals…)
Critical points: contaminants
Environment
Equipment
Management
External inputs
Treatments
Harvesting conditions
Facilities and equipment
Packing
Storage
Transport
Blends
Packing
Storage
Bee
kee
pin
g
Pro
duct
wo
rk
Inte
rme
dia
te a
nd
trade
The contaminants in the bee products
Pesticides (included veterinary products)High Levels of Miticides and Agrochemicals in North American Apiaries: Implications for Honey Bee HealthChristopher A. Mullin, Maryann Frazier, James L. Frazier, Sara Ashcraft, Roger Simonds, Dennis vanEngelsdorp, Jeffery S. Pettis Pesticides and honey bee toxicity – USA - Apidologie, 41 3 (2010) 312-331
121 ≠ pesticides in 887 samples of honey, wax and bees
30 fungicides,
17 herbicides
16 parent pyrethroids,
13 organophosphates,
4 carbamates,
4 neonicotinoids,
4 insect grow regulators,
3 chlorinated cyclodienes,
3 organochlorine,
1 formamidine,
8 miticides/insecticides,
2 synergist
“Pollen loads are the matrix best suited to assess the occurrence of pesticide residues in the environment”An assessment of honeybee colony matrices, Apis mellifera (Hymenoptera: Apidae) to monitor pesticide presence in continental France
Pyrrolizidinic alkaloïdes
200 alkaloids identified in13 plant families.
The contaminants in the bee products
A lot of them are visited by the bees in Europe:
Boraginacae: Echium spp, Heliotropium spp (pollen of Echium vulgare: 8000 -14000 ppm), Asteracae: Senecio spp
These substances can be found in the pollen and in honey (QSI 2010)
65 % of European 381miels (Avg. 26; 1-225μg/kg)
68 % of 2839 honeys of Central and South America (Avg. 67; 1-1087 mg / kg)
60 % of 119 pollens (Avg. 1846; 1-37.855μg/kg)
The contaminants in the bee products
Supplements of bee products included pollen (12), propolis (9) and royal jelly (8)
11/12 pollen products Pas detected - mean concentration =576.0 μg/kg,
0.6 and 15.5 μg/kg quantified in propolis and royal jelly products
Occurrence of Pyrrolizidine Alkaloids in food1P.JMuldera et al EFSA supporting publication 2015:EN-859
The contaminants in the bee products
Microbiological
For pollen : a lot of mycelium (Paenicilium verrucosum, Aspergillus niger, A.
carbonarius, A. ochraceus, A. parasiticum and Alternaria spp) can develop
aflatoxins and ochratoxins. It can be a real danger if the pollen is harvest in
bad conditions and if pollen present a high level of humidity (> 6%).
For honey : Clostridium botulinum can be observed
The contaminants in the bee products
Polycyclic aromatic hydrocarbons (PAH4):
Honey show the lowest levels (average: 0,8
ppb - max 5ppb)
Great variability in pollen (average: 7,1 ppb -
max 129 ppb)
Propolis, honeydew and pollen are more exposed
Dependant of the landscape context (petrochemical industry), evolution
during the year
The contaminants in the bee products
Radioactivity (MRL: 600 Bq/kg in EU):
Problems after Chernobyl in 1986 (4.430 Bq/kg in honey from Ukraine)
All the hive products can be concerned
Honey – heather honey is more exposed than others
After Fukushima in 2011, pollen from Namie-machi (250 km) contain 253.000
Bq/kg in December 2011 !
The contaminants in the bee products
Heavy metals:
Lead (mg Pb/kg):honey: 0.01-1.8; pollen: 0.02-3.9; wax: 0.06-6.2;
propolis: 0.003-461.0
Cadnium (mg Cd/kg): wax: 0.01-0.1; honey: 0.03-2.1; pollen: 0.05-2.3;
propolis: 0.006-3.8.
Cd can be transported by the plants => nectar…
Propolis is the most sensible to contamination bee product by heavy
metals
Ideals rules to avoid contaminants
Environment
Foraging areas must be unpolluted (at least
respect the organic criteria)
at least 3 km radius (5 km) with bio melliferous plants or natural landscape
Absolutely no conventional crop and pasture around1km
No sources of contamination in a radius of 3 km (important road, industry…)
Food requirements must be respected for
Material and equipment in contact with bees and
bee products must meet;
Rooms used for harvest and packaging bee products
Ideals rules to avoid contaminants
In the apiary Work only with non-toxic substances (smoke);
Honeycombs should be
Natural constructions (the best)
Wax processed by the beekeeper itself or come
from bio honeycombs;
Changed (at least 30% of the frames every year);
Hives must come from dividing or originate in units with bio accreditation;
Bees should be fed only with hive products produced on place;
Ideals rules to avoid contaminants
Regarding pathogens and parasites
Prophylaxis management must be the base for all
pathologies
Treatments against Varroa must be done only with
Biotechnical techniques
Thermal methods,
Use of natural products that do not remain in wax and do not
affect the hive products: essential oils, oxalic, formic and lactic
acids and phytotherapy remedies;
The material should be thermally disinfected
Without degradation
Origin of degradations
Harvesting and conditioning Product and Environment
Extraction technique
(propolis, bee venom and honey)
Transformation
(Propolis, Royal Jelly, Pollen, Venom)
Packing
(Pollen, Royal Jelly, bee bread)
Storage conditions
Biological evolution
=> Product life
Humidity
Influence a lot of biological
process (microbiological…)
Temperature
Influence a lot of biological process
Important source of degradation
Oxidation
by the air, by some material
Radiations
UV,…
Critical points: degradation
Environment
Equipment
Management
External inputs
Treatments
Harvesting conditions
Facilities and equipment
Packing
Storage
Transport
Blends
Packing
Storage
Bee
kee
pin
g
Pro
duct
wo
rk
Inte
rme
dia
te a
nd
trade
Honey
Harvesting:
Only capped honey - use smaller combs that need more frequent harvesting
humidity <18%
Packaging: honey can remains in frames
Avoid oxidation by air, risk due to: extraction by centrifugation (manual pressing is better),
filtration (close filter)
drying
Avoid heating process (liquefaction, pasteurization…)
Final packaging – just after the harvest
Storage
kept in dark, in opaque jars;
Max 2 years at T° < 16°C
Pollen
Harvesting:
Collect pollen and clean the collector 1 (2) times/day
A primary segregation must be done immediately
Packaging:
Freezing must be done in max. 30 minutes after harvest.
Drying process: 5°C (cold and dry ventilation) - 32°C max
Pollen drying causes a loss up of 20% weight, but also of the nutritious value, enzyme and antibiotic ;
A complete segregation is a key point
Storage
Raw pollen stored in cool (-15° C) and dark - keeps its therapeutic properties up to 2 years.
Dry pollen stored at 5° C in glasses anti UV - loses 75% of its nutritive value after 1 year and becomes unusable after 2 years;
Transport
Raw pollen can be transported at low temperature (frozen) for a short time.
Bee bread
Harvesting
Specific frames can be placed in the hive
Packaging Raw bee bread is preserved in honeycombs, in airtight boxes
Bee bread could be extracted. Freeze frames (at least 2 hours) can be extracted in a bee bread extractor. The small pieces of wax must be removed of bee bread. He must be placed promptly in the freezer
Bee bread can also be dried (like pollen)
Storage Raw beebread is stored in low temperatures, dark places to avoid oxidation – conservation for a short time
Extracted raw bee bread must be stored in the freezer, in small quantities (maximum 500 g) at -15°C, in a dark place.
After 1 year we can observe a change in colour and of taste of dried bee bread
Bee bread
Transport Raw bee bread can be transported at low temperature (frozen) for a short time.
Propolis
Harvesting:
Use of specific (new) grids (plastic, wood, inox) - No scraping
Summer - Not during the period of chemical treatments
Packing : By heating and/or exposure to air, propolis lost parts of the volatile substances and deteriorates its biological value.
Supercritical extraction with CO2 seems to keep most of the components
The preparation of propolis tincture 30 - 70% used in the apitherapy - with ethylic alcohol between 70-80°;
Storage Raw propolis ideally stored in the freezer in vacuumed plastic bags, in smaller quantities (max 1 kg)
Propolis tincture must be stored in dark places, in small black bottles, at a temperature of up to 20° C.
The propolis is
“ok” if it has a
lighter colour and
a stronger scent
Black or dark propolis is
usually old and has a lower
medicinal value.
Royal jelly
Definition There is a definition for royal jelly in ISO/CD 12824 norms (always in discussion)
Royal jelly is the mixture of secretions from hypopharyngeal and mandibular glands of worker bees, free from any additive. It is the food of larval and adult queens. It is a raw and natural food, unprocessed except for filtration which does not undergo addition of substances. The colour, the taste and the chemical composition of royal jelly are determined by absorption and transformation by the bees fed with the following two types of foods during the royal jelly production time:
type 1 : only bee’s natural foods (pollen, nectar and honey)
type 2 : bee’s natural food and other nutrients (proteins,
carbohydrates)
Royal Jelly
Harvesting: Very young larvae must be used for picking – impact on proteins.
No artificial feeding (ISO norm type 1)
Max 72 hours after picking, collection of the jelly (0,1-0,3 g/cup)
Packing: Impact of the technique used: cooling (0-2°C)- freezing- lyophilisation
Ideally, royal jelly must be kept in queen cups, introduced in honey.
Storage : for cooled royal jelly: 2 - 5°C in dark for 1 year
for frozen royal jelly: max -15°C
Max.1 year in the refrigerator (It is the most active in its first 6 months after harvesting).
Apilarnil
Harvesting
Apilarnil is made of the drone larva of 7-8 days right
before capping, not after (droppings in the cell )!
He is taken out piece by piece and directly stored in t h e freezer.
Packing
Pakaged in food-safe polycarbonate containers or in dark colored bottles. It should only three-quarters filled.
Storage
in the freezer at -15° C
1 year (max 3 years).
Wax
Harvesting :
Ideally capped wax
Brood frames without any treatments and coming from natural building
Packing :
Only warming without chemical treatment
Bee venom
Harvesting : The simple way is to work directly with bees kept in a little box for bees with a little frame with honey
Use of specific collector (electric grids). Packing :
Packaged in aseptic enclosure
Daily harvest in new bottle directly frozen -15°C
Mixing of the daily harvest at the end of the season
Placed in coloured glasses (brown)
Colour must stay with a Perl
Storage: 2 years in the freezer
Queen Larva
Harvesting Queen larvae are a by-product of the production jelly
Packing : The larvae are directly frozen -15°C (at least 1 pack/day). Very quick degradation (within 1 hour)
Homogenization of larvae by triturating
Packing in dark bottles in the freezer
Storage: 1 year (max 3 years)
Importance of botanical origin
Importance of botanical origin of Honey
Antioxydant are linked to the botanical origin of honey
Type of honey Polyphénols
(mg gallique ac./100g)
ORAC value
(mole TE/g )
Heather 154,4 40,9 22,58 0,61
Fagopirum 125,9 48,3 11,60 0,70
Honeydew 65,5 5,7 6,30 0,22
Dandelion 54,2 12,4 7,59 0,60
Acacia 37,7 4,5 2,12 0,01
Beretta G., Granata P., Ferrero M., Orioli M., Facino R.M. Chimica Acta 533, pp. 185-191 (2005)
Wilczynska A. Polish Journal of Food and Nutrition Sciences, vol.60, n°4, pp. 309-313 (2010)
Aazza S., Lyoussi B., Antunes D. and Graça Miguel M. Journal of Food Science 78, n°8, pp. C1159-C1165 (2013)
An example of Belgian honey-
Results polyphenols in - 2014
44% between 20 – 30mg/100g
33% between 30 - 40 mg/100g
80
60
40
20
10 à 20
20 à 30
30 à 40
40 à 50
50 à 75
75 à 150
Ten
eur en polyphénols
(m
g G
AE/1
00
g m
iel)
Importance of botanical origin
Pollen
Raw Pollen - is the most valuable therapeutic product is the monofloral one (one color); and knowing the medicinal plants, their finding and placing the hives in areas with abundant medicinal vegetation;
Identification of multifunctional medical plants that helps with the identification of types of pollen and its usage in apitherapy.
the most valuable raw pollen is the spring pollen, especially the amorphous one, whose content of protein can reach up to 35%;
Importance of botanical origin
Beebread
RAW BEE BREAD - or “bee bread” is another food- medicine among the first 10
most valuable foods for its nutrients
RAW BEEBREAD - ideally monofloral: dandelion, sage, hip rose, willow, hawthorn,
fruit trees, etc, has a higher apitherapeutic value.
Importance of botanical origin
Each type of propolis (botanical and geographical
origin) can have different uses in apitherapy.
Propolis: recent advances in chemistry and plant origin V.. BANKOVA, S.. DE CASTRO, M. MARCUCCI APIDOLOGIE 31 (2000)
Conclusion
The beehive products used in apitherapy must be done in perfect hygiene conditions and strict rules.
More, positive spirit and attitude should never miss when one offers help for health to someone else!