• Advertise
  • Contact Us
  • Write For Us
  • Our Team
Extraction Magazine
No Result
View All Result
  • Botanical Extraction
    • Cannabinoids
    • Psychedelics
    • Nutraceutical
    • Product Refinement
  • Industry News
    • Business
    • Sustainability
    • Safety & Compliance
    • Partners
  • Extraction Technology
    • Equipment
    • Methods
    • Solvents
    • DIY Extraction
    • Analytical Techniques
  • Medical Research
  • Glossary
  • Business Directory
  • Botanical Extraction
    • Cannabinoids
    • Psychedelics
    • Nutraceutical
    • Product Refinement
  • Industry News
    • Business
    • Sustainability
    • Safety & Compliance
    • Partners
  • Extraction Technology
    • Equipment
    • Methods
    • Solvents
    • DIY Extraction
    • Analytical Techniques
  • Medical Research
  • Glossary
  • Business Directory
No Result
View All Result
Extraction Magazine
No Result
View All Result
Home Botanical Extraction

Glycosylation for Water-Solubility

Caleb Summeril by Caleb Summeril
May 17, 2019
in Botanical Extraction, Cannabinoids, Extraction Technology
Glycosylation for Water-Solubility

 Glycosylation is chemical modification reaction that occurs when a carbohydrate is attached to a lipid, polypeptide, polynucleotide, another carbohydrate, or some other organic compound by an enzyme. [1] In relation to cannabis, glycosylation is of increasing attention because it makes cannabinoids more water-soluble, and thereby more bioavailable upon consumption. This is of interest, as water-soluble cannabinoids enter the bloodstream faster than fat-soluble cannabinoids and the desired therapeutic and/or psychoactive effects will be experienced more quickly.

Traditionally, cannabinoids have been classified as lipophilic (fat-soluble) meaning that they break down in fats within the body while also being highly hydrophobic, making their delivery methods small in number. [2] The process of glycosylation transforms naturally lipophilic cannabinoid molecules into hydrophilic (water-soluble) molecules that can be more readily absorbed into the body and distributed to the endocannabinoid system. Glycosylation improves the water solubility of many natural compounds, including cannabinoids like CBD and THC. [3]

READ ALSO

Mushroom Extracts: The Next Regulatory Frontier? What Extractors Can Learn from Food, Pharma and Supplements

How Regulators May Treat THC Gummies, Chews, and Edibles: What Should Operators Prepare For?

In more basic terms, converting cannabinoids into water-soluble forms involves adding a sugar molecule to the cannabinoid. Sugars are highly hydrophilic, so this addition, in turn, makes the cannabinoid more water-soluble. Aside from being more easily absorbed by the body, water-soluble cannabinoids are desirable in products such as cannabis-infused beverages, where water-based materials are the bulk of the product being offered for sale. Many cannabis beverage companies still infuse their products through emulsification, which can create higher equipment costs and not always lead to well-mixed cannabis infusions. Glycosylation offers an alternative method for these companies to add cannabinoids to liquid products while creating an end-result that is more desirable to consumers in appearance and effect.

Water-soluble cannabinoids are of increasing interest to scientists, business owners, and consumers within the cannabis industry. Glycosylation is a promising means of converting cannabinoids into water-soluble forms that can be applied in numerous products and medications. Research into this process is ongoing but should lead to new developments within the industry and directly applies to the extraction market. A batch of cannabis extract can now potentially be converted from fat-soluble oil into a glycosylated, water-soluble product through means available to most cannabis producers.

Works Cited

  1. Varki, A. et al. Essentials of Glycobiology (2nd Edition) Cold Spring Harbor Laboratories Press 2009. NCBI. Web. 13 May 2019. https://www.ncbi.nlm.nih.gov/books/NBK1908/
  2. Harman, J. et al. Cannabinoid glycosides: In vitro production of a new class of cannabinoids with improved physicochemical properties. Jan. 2017.
  3. Wu, Cheng-Zhu, et al. “Enzymatic Glycosylation of Nonbenzoquinone Gledanamycin Analogs via Bacillus UDP-Glycosyltransferase”. Appl Environ Microbiol. 2012; 78(21): 7680–7686. Journal Impact Factor = 1.866 Times Cited = 38

Related Posts

Botanical Extraction

Mushroom Extracts: The Next Regulatory Frontier? What Extractors Can Learn from Food, Pharma and Supplements

October 23, 2026
Cannabinoids

How Regulators May Treat THC Gummies, Chews, and Edibles: What Should Operators Prepare For?

October 22, 2026
The Future of Cannabis Beverages Under FDA Oversight: Formulation, Labeling, and Manufacturing Challenges
Extraction Technology

The Future of Cannabis Beverages Under FDA Oversight: Formulation, Labeling, and Manufacturing Challenges

October 22, 2026
Will Cannabis Extractors Need Quality Departments Like Food Manufacturers?
Botanical Extraction

Will Cannabis Extractors Need Quality Departments Like Food Manufacturers?

October 20, 2026
What Cannabis Manufacturers Can Learn from Food Processing
Botanical Extraction

What Cannabis Manufacturers Can Learn from Food Processing

October 16, 2026
Empty executive conference room prepared for an industry roundtable on extraction regulation and manufacturing compliance.
Extraction Technology

Executive Roundtable: Industry Leaders Predict the Next Five Years of Extraction Regulation

October 12, 2026
Next Post
Nanoemulsification

Nanoemulsification

Sitemap

© 2026 Extraction Magazine is the trusted provider of botanical extraction news and the leading media in the ever-changing extraction industry.

No Result
View All Result
  • Industry News
  • Botanical Extraction
  • Medical Research
  • Medical Research
  • Glossary
  • Our Team
  • Write For Us

© 2026 Extraction Magazine is the trusted provider of botanical extraction news and the leading media in the ever-changing extraction industry.