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Resina propoli

Plant Family


Other Names

Bee Propolis, Propolis Balsam, Propolis Resin, Propolis Wax.5

Parts Used



Supports the immune system.*

Prominent Phytochemicals

Prominent Constituents as Reported in Scientific Literature: Flavonoids, resins, volatile oils and phenolic acids and their esters.3,8,9 Depending on the tree and bee species, phenylpropanoids, benzophenone derivatives, C-prenylflavanones, diterpenes or triterpenoids may be found.8,9

Did you know?

Often referred to as bee glue, scrapings or secretions, it is made from a mixture of bee saliva, enzymes, beeswax, pollen, possibly honey and resins from nearby plants.3,9

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Botanical Description

Propolis is green, yellow, dark red or brown, with a sweet, aromatic smell.3,4,6 Like wax, it has a dry and soft paste consistency that is easy to smear.4  

Origins & History

Propolis is a resin substance that the Western or European honeybee (Apis mellifera) and some stingless bees (meliponines) commonly make.2,3 Often referred to as bee glue, scrapings or secretions, it is made from a mixture of bee saliva, enzymes, beeswax, pollen, possibly honey and resins from nearby plants.3,9 Plants secrete sticky fat-soluble exudates of gums, latexes, mucilages and resins to protect new buds and young leaves until they mature, or to seal wounds in their tissues to guard against microbes or the elements.1,3 In the springtime, bees collect the resins of varying plant materials mostly high up in trees, making it difficult for humans to observe.1,2,7,9 They seek out varied parts of the plant, such as bark, flower buds, stems or leaves.1,9 Bees excise small parts of the plants or gather it from plant wounds and masticate them to separate the resins from the trichomes and ducts.1,3 The substance is secured to the pollen baskets on their hind legs and then transported to the hive to create Propolis.1 They may sometimes collect a bit of the vegetation for the production process.1 


Analytic tests have shown that Cottonwood trees (Populus spp.) and other Poplar species are the predominant source for Propolis resins in the North Temperate Zone and temperate regions, such as Australia.1,2,3,9 In Russia, European White Birch (Betula pendula syn. B. verrucosa) is the most common source of resin for Propolis production for the last 30-plus years.1,9 In subtropical climates like the Mediterranean, conifers are the main source; the Mediterranean Cypress (Cupressus sempervirens) is the common species.1,9 In Latin America, the Clusia species is an important source of flower resins, while Brazil has 13 different types of brown, green and red Propolis.9 Green Propolis is from Baccharis dracunculifolia and other Baccharis species, while Red Propolis is from Coinvine (Dalbergia ecastaphyllum), also found in Cuba and Mexico.9 According to herbalist Michael Moore, the superior Propolis is harvested by bees in the spring from Aspen, Birch, Poplar and Willow trees, but it is also known to come from Beech, Elm and Conifers.3,7 


Bees use Propolis for many practices around the hive. It is most often utilized as a type of glue for structure support.3 It can also close cracks in hives, offer protection from any intruders, create a microbe-free environment and even be used as overlay for comb attachment and as an embalming tool for invaders to the hive that have died and can’t be removed.2,3,6 It is often added to the base or mouth of the hive or other areas that need to be shielded from outside air.1,4,6 The name Propolis originated from pro translated as “at the entrance to” or “in front of”, and polis meaning “city” or “community” in Greek.3 Unlike manmade hives, the interior of beehives located in trees are completely coated in the secretions for protection.2 The bee scrapings also protect the combs, honey and larvae from contagious issues.3 


In Europe and the Middle East, Propolis has been applied topically and the smoke inhaled since approximately 300 B.C.1 Pliny the Elder, a Roman naturalist, and Dioscorides, a Greek physician and herbalist, both recorded the use of Propolis in their respective herbals in the first century.3,4 While used in herbalism, the bee scrapings are also used in bee therapy, called apitherapy, which also uses honey, pollen, royal jelly and bee venom.9 The bee secretions are insoluble in water but can be extracted in alcohol.6 Alcohol extractions, such as tinctures, are superior to raw Propolis, as the extraction process makes phytochemicals more readily available.9 Propolis is also consumed within the food and beverages industry.3


  1. Bankova V, Popova M, Trusheva B. Plant Sources of Propolis: an Update from a Chemist’s Point of View. Natural Product Communications. 2006: Vol 1, 11: 1023-1028.
  2. McSweeney D. The Most Precious Medicine At Risk. Journal of Medicinal Plant Conservation: A United Plant Savers’ Publication. 2016; Spring: 38-40.
  3. Beehive Botanicals. Propolis: Adopt-An-Herb Program by HerbMedPro. Herbalgram: Journal of the American Botanical Council. Feb-Apr 2018; No. 117: 20.
  4. Pedanius D, Beck LY. De Materia Medica, Vol 2. New York, NY; Hildesheim Publishing: 50-70 C.E., 2005.
  5. Health Canada. Natural Health Product: Propolis Monograph, Oral. July 31, 2018: 1-8.
  6. Remington J, Woods H. The Dispensatory of the United States of America, 20th ed. Philadelphia, PA; Lippincott Publishing: 1918.
  7. Moore M. Herbal Tinctures in Clinical Practice, 3rd ed. Southwest School of Botanical Medicine Manual; Santa Fe, NM: 1995.
  8. McCaleb R. Rob’s Research Reviews. Herbalgram: Journal of the American Botanical Council. Spring 1984; No. 3: 4.
  9. American Botanical Council. Therapeutic Potential of Propolis, Bee Pollen, and Royal Jelly. HerbClip. December 31, 2018.

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