(+)-δ-Cadinene
https://www.heshengbiotech.com/products/cadinene-483-76-1/
#δ #cadinene
Molecular Formula: C15H24
CAS Number: 483-76-1
Cadinene features four isomers: α, β, γ, and δ, with δ-Cadinene being the most prevalent. Hesheng Technology identified the enigmatic compound δ-Cadinene. This substance not only imparts a distinctive woody scent to cigarette leaves but also enhances the characteristics of Chinese Baijiu.
Specifications of (+)-δ-Cadinene
Product Name CAS Number Molecular F... more(+)-δ-Cadinene
https://www.heshengbiotech.com/products/cadinene-483-76-1/
#δ #cadinene
Molecular Formula: C15H24
CAS Number: 483-76-1
Cadinene features four isomers: α, β, γ, and δ, with δ-Cadinene being the most prevalent. Hesheng Technology identified the enigmatic compound δ-Cadinene. This substance not only imparts a distinctive woody scent to cigarette leaves but also enhances the characteristics of Chinese Baijiu.
Specifications of (+)-δ-Cadinene
Product Name CAS Number Molecular Formula Purity Application Structural Formula
(+)-δ-Cadinene C15H24 483-76-1 ≥95% Flavors & Fragrances/
Pharmaceutical/
Mosquito repellent spray /
Product Description of (+)-δ-Cadinene
Unique Woody Aroma
Cadinene has four isomers: α, β, γ, and δ, among which the most common is δ-Cadinene. Hesheng Technololgy discovered the existence of the mysterious ingredient δ-Cadinene. This compound not only gives cigarette leaves their unique woody aroma, but also extends its properties to Chinese Baijiu.
Strong Inhibition of Ovarian Cancer Cells
Research indicates that δ-Cadinene exhibits a dose-dependent and time-dependent strong inhibitory effect on human ovarian cancer cells. It can induce cell death through mechanisms such as mediating apoptosis, nuclear membrane rupture, and cell cycle arrest, showing significant anti-cancer properties against human ovarian cancer cells.
Natural and Safe Anti-Mosquito Efficacy:
δ-Cadinene has demonstrated significant virulence against the larvae of Anopheles Stephensi, Aedes aegypti, and Culex quinquefasciatus, common vector mosquitoes. It shows the most potent inhibitory effect on Anopheles Asian, providing new insights into developing safer, natural Insecticides for controlling malaria and dengue fever.
Application of (+)-δ-Cadinene
Flavors & Fragrances
Pharmaceutical
Mosquito repellent spray
Bisabolene
https://www.heshengbiotech.com/products/bisabolene-17627-44-0/
#bisabolene
Molecular Formula：C15H24
CAS No：17627-44-0/495-61-4/495-62-5
Constitutional formula: α-Bisabolene/β-Bisabolene/γ-Bisabolene
Bisabolene, a popular sesquiterpene flavor compound, primarily consists of three isomers: α, β, and γ, which are naturally found in the traditional aromatic plant myrrh. This compound can also be obtained from myrrh oil as well as from other natural essential oils, including ylang-y... moreBisabolene
https://www.heshengbiotech.com/products/bisabolene-17627-44-0/
#bisabolene
Molecular Formula：C15H24
CAS No：17627-44-0/495-61-4/495-62-5
Constitutional formula: α-Bisabolene/β-Bisabolene/γ-Bisabolene
Bisabolene, a popular sesquiterpene flavor compound, primarily consists of three isomers: α, β, and γ, which are naturally found in the traditional aromatic plant myrrh. This compound can also be obtained from myrrh oil as well as from other natural essential oils, including ylang-ylang oil and cedar oil. The scent of bisabolene features a clean, fresh woody aroma, enriched by a rich fatty fragrance, and includes subtle floral and green notes, which blend seamlessly with natural myrrh essential oil.
Product Description of Bisabolene
The Precious Aroma of Myrrh
Bisabolene, as a favored sesquiterpene flavor compound, mainly has three isomers: α, β, and γ, which naturally exist in the traditional aromatic plant myrrh. Bisabolene can also be extracted from myrrh oil and other natural essential oils such as ylang-ylang oil and cedar oil. The aroma of bisabolene contains a clean and fresh woody scent, with a rich fatty aroma, complemented by a light floral and green note, which harmonizes well with natural myrrh essential oil.
Anti-Inflammatory and Soothing, Calming the Nerves
Bisabolene also has potential biological activity. Currently, Bisabolene is being studied as an anti-inflammatory and anti-cancer agent, β-Bisabolene and γ-Bisabolene have highly calming and soothing effects on the skin, anti-inflammatory and anti-sensitivity, nourishing the nervous system, and balancing endocrine functions.
Biosynthesis of Bisabolene
Wuhan Hesheng Technology utilizes synthetic biology strategies to innovatively develop a synthetic route for Bisabolene. With the support of high-throughput automation platforms and AI technology platform, the yield of Bisabolene production strains has been significantly improved and optimized. The Bisabolene produced by Wuhan Hesheng Technology has stable production capacity and is environmentally friendly.
Application of Bisabolene
Flavors & Fragrances
Pharmaceutical Applications
Personal care ingredient
(-)-β-Trans-Bergamotene
https://www.heshengbiotech.com/products/beta-trans-bergamotene-15438-94-5/
#17699-14-8
Molecular Formula: C15H24
CAS Number: 15438-94-5
Bergamotene, along with its isomers α-Trans-Bergamotene and β-Trans-Bergamotene, which differ solely by the placement of their double bonds, is commonly present in various plants, particularly within essential oils. The most prevalent form found in nature is α-Trans-Bergamotene. Renowned for its sweet citrus scent, Bergamotene is of... more(-)-β-Trans-Bergamotene
https://www.heshengbiotech.com/products/beta-trans-bergamotene-15438-94-5/
#17699-14-8
Molecular Formula: C15H24
CAS Number: 15438-94-5
Bergamotene, along with its isomers α-Trans-Bergamotene and β-Trans-Bergamotene, which differ solely by the placement of their double bonds, is commonly present in various plants, particularly within essential oils. The most prevalent form found in nature is α-Trans-Bergamotene. Renowned for its sweet citrus scent, Bergamotene is often utilized in perfumes, essential oils, culinary applications, and skincare products, contributing a delightful fragrance that enhances the overall sensory experience. At present, Bergamotene is mainly sourced through physical extraction from essential oils. However, owing to the constraints of plant availability and the costs involved in extraction, the natural production of Bergamotene tends to be quite low, frequently leading to low concentrations and intricate mixtures of related compounds.
Specifications of (-)-β-Trans-Bergamotene
Product Name CAS Number Molecular Formula Purity Application Structural Formula
Trans-bergamotene C15H24 15438-94-5 / Flavors & Fragrances/
Mosquito Repellent Sprays /
Product Description of (-)-β-Trans-Bergamotene
Microbial Fermentation: Leveraging its microbial chassis, HeshengTech produces β-trans-bergamotene through microbial fermentation. This method ensures high product purity and significantly reduces production costs, offering an efficient and sustainable alternative to traditional extraction methods.
Potential Natural Insect Repellent: Both α-trans-bergamotene and β-trans-bergamotene have exhibited chemical pheromone effects in various insects and plants. These compounds act as pheromones for insects, attracting pollinators and luring natural enemies of pests, thereby assisting plants in pest defense. Their pheromone properties can be harnessed for pest monitoring, large-scale trapping, population suppression, and attract-and-kill strategies. This approach to pest control is not only efficient but also environmentally friendly, showcasing significant potential in the field of integrated pest management.
Application of (-)-β-Trans-Bergamotene
Flavors & Fragrances
Mosquito Repellent Sprays
Astaxanthin
https://www.heshengbiotech.com/products/astaxanthin-472-61-7/
#astaxanthin
Molecular Formula: C40H52O4
CAS No: 472-61-7
Astaxanthin, a type of ketocarotenoid, can serve as a dietary supplement, as well as an additive for food or animal feed. It possesses strong capabilities for coloring, enhancing color, and preserving products; additionally, it offers advantages like immune system regulation, anti-glycation effects, prevention of arteriosclerosis, protection for the nervous sy... moreAstaxanthin
https://www.heshengbiotech.com/products/astaxanthin-472-61-7/
#astaxanthin
Molecular Formula: C40H52O4
CAS No: 472-61-7
Astaxanthin, a type of ketocarotenoid, can serve as a dietary supplement, as well as an additive for food or animal feed. It possesses strong capabilities for coloring, enhancing color, and preserving products; additionally, it offers advantages like immune system regulation, anti-glycation effects, prevention of arteriosclerosis, protection for the nervous system, and reduction of visual fatigue.
Product Description of Astaxanthin
Biosynthesis: Safe and Reliable: Due to safety concerns, chemically synthesized astaxanthin is only permitted as a colorant in feed. In contrast, biosynthesized astaxanthin is allowed in food, cosmetics, and pharmaceuticals. For instance, the U.S. Food and Drug Administration (FDA) has prohibited the use of chemically synthesized astaxanthin in health food products.
Hesheng Technology's Multi-Strategy Integrated Process: For high-yield production of astaxanthin, Hesheng Technology leverages synthetic biology and metabolic engineering to construct de novo astaxanthin biosynthetic pathways in the oleaginous yeast. This process has successfully achieved efficient accumulation of astaxanthin. The astaxanthin produced by this yeast strain is exclusively in the left-handed (L-) configuration, which is the most biologically active form of astaxanthin.
Application of Astaxanthin
Natural Pigment
Health Care
Fodder
α-Farnesene/β-Farnesene
https://www.heshengbiotech.com/products/alpha-Farnesene-beta-Farnesene-cas502614/
#c15h24
Molecular Formula:C15H24
CAS Number：502-61-4/18794-84-8
Constitutional formula:α-FARNESENE/β-FARNESENE
Farnesene is a naturally occurring fragrance that can be found in various plant essential oils, and it is categorized into α-Farnesene and β-Farnesene, each bringing a distinct aromatic essence. α-Farnesene is mostly derived from orange blossoms and rose petals; its fragrance... moreα-Farnesene/β-Farnesene
https://www.heshengbiotech.com/products/alpha-Farnesene-beta-Farnesene-cas502614/
#c15h24
Molecular Formula:C15H24
CAS Number：502-61-4/18794-84-8
Constitutional formula:α-FARNESENE/β-FARNESENE
Farnesene is a naturally occurring fragrance that can be found in various plant essential oils, and it is categorized into α-Farnesene and β-Farnesene, each bringing a distinct aromatic essence. α-Farnesene is mostly derived from orange blossoms and rose petals; its fragrance gradually fades as the flowers age post-harvest. On the other hand, β-Farnesene has a ginseng-like aroma and is primarily sourced from plants such as patchouli, German chamomile, and juniper. Additionally, it contains trace amounts of essential oils from geranium, ginger, peppermint, and spearmint.
Product Description of α-Farnesene/β-Farnesene
Reiki fragrance
Farnesene is a natural fragrance, found in a variety of plant essential oils, divided into α-Farnesene and β-Farnesene, Which aroma brings a texture of spirit.
α-Farnesene primarily comes from orange blossoms and rose flowers—the gradual dissipation of α-Farnesene results from the reduction in fragrance after the flowers are picked.
β-Farnesene, with a ginseng scent, primarily originates from plants such as patchouli, German chamomile, and juniper. It also contains small amounts of geranium, ginger, peppermint, and spearmint essential oils.
Microbiological fermentation
Due to the low natural occurrence of Farnesene in plants, large-scale extraction of these compounds is challenging. The microbial fermentation method has become one of the best ways for industrial production. It is not affected by seasonal, regional, or other factors and offers advantages such as easy access to raw materials, a short production cycle, low cost, high safety, and reduced environmental pollution. Wuhan Hesheng Technology utilizes synthetic biology methods, employing Saccharomyces cerevisiae as the fermentation chassis, to achieve an efficient synthesis of α--Farnesene and β-Farnesene.
Rich derivative function
Wuhan Hesheng Technology has innovated a process that uses bio-fermented farnesene as a raw material to synthesize isophotal, revolutionizing the production method of vitamin-E.
Furthermore, bio-fermented β-Farnesene can be used as a synthetic precursor for aviation fuel and can also be further developed into high-energy rubber, which can maintain excellent performance even in harsh environments such as high temperatures and extreme cold.
Application of (-)-Ambroxide α-Farnesene/β-Farnesene
Flavors & Fragrances
Advanced Material
