1、Guaiacum officinale resin
Guaiacum officinale resin chemical information summary.
2、Guaiac
Literature References: Resin from lignum vitae, the wood of Guajacum officinale L. or G. sanctum L., Zygophyllaceae. Constit. About 70% a- and b-guaiaconic acids, about 11% guaiacic acid, related compds and guaiaretic acid, 15% vanillin, guaiac yellow, guaiac saponin (guaiacin).
3、GUAIAC RESIN
The resin from the wood of Guajacum officinale L., or of Guajacum sanctum L., (Fam. Zygophyllaceae), consisting of approximately 70% alpha- and beta-guaiaconic acids, 10% guaiaretic acid, and 15% guaiac beta-resin and small quantities of guaiac yellow, vanillin, etc.
9000
ChemicalBook provide information on the 9000-29-7: structure, uses, msds, molecular formula, cas, and suppliers.
Guaiac Gum
Gum guaiac is a tree resin and crude source of 2,5-di- (4-hydroxy-3-methoxyphenyl)-3,4-dimethylfuran (α-guaiaconic acid). The phenolic α-guaiaconic acid acts as a colorimetric peroxidase substrate.
Guaiac (resin)
Guaiac (resin) | CAS 9000-29-7 REF CSP420259953959 - structural formula, chemical names, physical and chemical properties, references, safety/hazards/toxicity information, supplier lists, and more.
Guaiac resin
Characteristics excellent anti-oxidizing, anti-inflammatory, preservative abilities. Note (1), Ingredient description: mainly consist of guaiaconic acid. (a), On physical and chemical indexes: firstly, shall be indicated carbon atom distribution; secondly, shall be indicated average molecular weight. Use as antioxidant. Use as perfume.
Guaiacum
These are phenolic compounds having a C 18 structure formed from two C 6 –C 3 units (Table 21.7). Guaiaretic acid, which forms about 10% of guaiacum resin, is a diaryl butane. The flowers, fruit and bark of the tree contain triterpenoid and nortriterpenoid saponins.
CAS 9000
Alfa Chemistry offers Guaiac resin for experimental / research use. View information & documentation regarding Guaiac resin, including CAS, structure, actives, typical applications & more.
Guaiac resin
Get to learn about properities of Guaiac resin 9000-29-7. The overall knowledge and encyclopedia of Guaiac resin covering characteristics, safety, Guaiac resin usage, MSDS/SDS and more.
Structural Formula of Guaiacum Resin:
Guaiacum resin is a class of natural organic compounds primarily extracted from plants of the Aristolochia genus. This resin exhibits diverse biological activities, such as anti-inflammatory, antibacterial, antitumor, and antioxidant properties, due to its unique chemical structure. The structural formula of guaiacum resin is as follows:
1. Structural Features of Guaiacum Resin
The molecule of guaiacum resin consists of multiple unsaturated carbon-hydrogen bonds and benzene rings, forming a complex three-dimensional network structure. These carbon-hydrogen bonds are interconnected through conjugated effects, resulting in a highly ordered molecular arrangement. Additionally, the presence of benzene rings endows guaiacum resin with distinct optical properties, such as blue fluorescence under ultraviolet light.
2. Biological Activities of Guaiacum Resin
The benzene rings and unsaturated carbon-hydrogen bonds in guaiacum resin contribute to its various biological activities. For example, it possesses anti-inflammatory properties by inhibiting the release of certain inflammatory mediators, thereby reducing inflammatory responses. Furthermore, guaiacum resin exhibits antibacterial effects by suppressing bacterial growth and reproduction.
3. Applications of Guaiacum Resin
Due to its unique biological activities, guaiacum resin is widely used in pharmaceuticals, cosmetics, and other fields. In medicine, it is employed to formulate anti-inflammatory, antibacterial, and anticancer drugs. In cosmetics, it serves as an antioxidant and moisturizing agent.
4. Synthesis Methods for Guaiacum Resin
There are two main approaches to synthesizing guaiacum resin: chemical synthesis and biosynthesis. Chemical synthesis involves linking benzene rings and unsaturated carbon-hydrogen bonds through chemical reactions to produce compounds with specific structures. Biosynthesis, on the other hand, entails extracting guaiacum resin from Aristolochia plants followed by separation and purification.
5. Future Development Directions for Guaiacum Resin
With advancements in science and technology, research on guaiacum resin continues to deepen. Potential future directions include:
- Developing more derivatives of guaiacum resin with specific bioactivities;
- Optimizing synthesis methods to improve yield and purity;
- Exploring applications of guaiacum resin in novel drugs;
- Investigating its degradation mechanisms and environmental impact.
guaiacum resin, as a natural organic compound with unique structural characteristics and rich biological activities, holds broad prospects in scientific research and practical applications.
