Natural Products
- • Lignans (234)
- • Xanthones (46)
- • Flavonoids (468)
- • Terpenes (770)
- • Iridoid Derivatives (92)
- • Coumarin and Derivatives (121)
- • Phenols (336)
- • Steroids (103)
- • Phenylpropanoids (75)
- • Anthraquinone and Derivatives (16)
- • Chalcones (47)
- • Alkaloids (492)
- • Quinone Ring (28)
- • Sesquiterpene (228)
Related News
-
Credit Suisse triggers anxiety, international crude oil and natural gas collectively plummet
2023-03-16 -
Germany's annual natural gas imports fell by more than 10%
2023-01-17 -
Turkey announces discovery of 58 billion cubic meters of natural gas in Black Sea
2022-12-28 -
Natural gas: Sinopec and Qatar Energy signed a long-term purchase agreement
2022-12-01 -
The EU proposes to set a price ceiling of 275 euros per megawatt hour for natural gas
2022-11-24 -
German natural gas storage facility reaches 100% gas storage capacity
2022-11-22
Sesquiterpenes Compounds
Sesquiterpene
-
![buy Fuegin]( "Fuegin")
Industrial Grade / 99%
-
![buy Fuegin]( "Fuegin")
-
![buy Fuegin]( "Fuegin")
Industrial Grade / 99%
Request for quotation , get quotes from more suppliers.
More Information
Sesquiterpenes are natural organic compounds derived from three isoprene units; forming a major sub-group of the terpenes. Sesquiterpenes are highly structurally diverse and have important functional properties that find uses in numerous sectors. A particular subgroup, a sesquiterpene lactone, contains a lactone ring, which is a source of its wide spectrum of activity, including anti-inflammatory and antimicrobial action. This interlocking between monoterpenes and sesquiterpenes in essential oils further complements their fragrance and increases their market demand.
Sesquiterpenes obtained from natural resources such as plants and flowers have found their way into producing raw materials for high-level industries. These poorly defined compounds are not only useful for their bioactivities but also for their chemical tunability to drive new products.
Applications of Sesquiterpenes:
● Manufacturing of perfumes and olive oils.
● Synthesis of natural food and beverage flavoring.
● The synthesis of pharmaceutical compounds.
● Natural pesticides and repellents are manufactured.
● Improvement of the cosmetic goods.
● For the study of bioactive compounds.
Frequently Asked Questions
A sesquiterpene is a class of naturally occurring organic compounds built from three isoprene units, resulting in a 15-carbon skeleton. These compounds are commonly found in essential oils of plants and play vital roles in plant defense, aroma, and signaling. Sesquiterpenes are widely used in the fragrance, flavor, and pharmaceutical industries due to their diverse biological activities and aromatic properties.
Sesquiterpenes are primarily extracted from plant-based sources such as ginger, turmeric, chamomile, patchouli, and cedarwood. They are abundant in essential oils and resins, where they contribute to scent profiles and therapeutic effects. Some fungi and marine organisms also produce sesquiterpenes, though plant sources remain the most commercially viable and widely used.
Sesquiterpenes have broad industrial applications:1. In perfumery and cosmetics for their rich, long-lasting fragrances.2. In natural medicine and nutraceuticals due to anti-inflammatory, antimicrobial, and anticancer properties.3. As flavoring agents in food and beverages.4. In agrochemicals as natural pesticides or plant growth regulators.Their versatility makes them valuable across multiple sectors.
Sesquiterpenes differ from monoterpenes and diterpenes based on their carbon structure:- Monoterpenes contain 10 carbon atoms (two isoprene units).- Sesquiterpenes contain 15 carbon atoms (three isoprene units).- Diterpenes contain 20 carbon atoms (four isoprene units).This structural difference affects their volatility, boiling points, biological activity, and applications—sesquiterpenes are generally less volatile and more stable than monoterpenes.
When sourcing sesquiterpenes, consider the following factors:1. Purity and concentration—verified through GC-MS or HPLC analysis.2. Natural vs. synthetic origin, depending on application requirements.3. Supplier certifications (e.g., ISO, GMP, organic) to ensure quality and compliance.4. Sustainability and ethical sourcing practices, especially for botanical extracts.5. Consistency in supply and technical support for industrial-scale use.Choosing a reputable supplier ensures product efficacy and regulatory compliance.