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| Product Name: | Biphenyl-3-boronic acid |
| CAS No.: | 5122-95-2 |
| Form: | White to off-white solid |
| Product Name: | Biphenyl-3-boronic acid |
| Synonyms: | 3-Biphenylboronic Acid (contains varying amounts of Anhydride);Biphenyl-3-boronica; |
| CAS: | 5122-95-2 |
| MF: | C12H11BO2 |
| MW: | 198.03 |
| EINECS: | 671-848-2 |
| Structure: |  |
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Application 1: What is Zinc Salicylate mainly used for in the personal care and cosmetics industries?
Zinc Salicylate combines the properties of zinc and salicylate groups, making it a useful ingredient for research and formulation development in personal care and cosmetic applications. Its specific function depends on the formulation and intended use.
Application 2: What role does Zinc Salicylate play in chemical synthesis or coordination chemistry?
Zinc Salicylate can serve as a zinc-containing organic salt and coordination compound in chemical research. Its zinc center and salicylate groups provide opportunities for coordination and further chemical modification, making it useful for studying metal-organic systems and related functional materials.
Application 3: Why does the structure of Zinc Salicylate provide potential application value?
Zinc Salicylate combines zinc and salicylate groups within a single molecular structure.
This combination provides characteristics associated with both components, creating opportunities for formulation development, coordination chemistry, and functional material research.
Application 4: What role can Zinc Salicylate play in functional materials?
Zinc Salicylate can be investigated as a component of functional material systems and metal-organic materials. By combining it with polymers, organic ligands, or other functional components, researchers can explore materials with different chemical and physical properties.
Application 5: Are the applications of Zinc Salicylate limited to traditional pharmaceutical and chemical industries?
No. Its potential applications are not limited to traditional pharmaceutical and chemical fields. Zinc Salicylate can also be explored in personal care, cosmetics, coordination chemistry, functional materials, and formulation research, depending on the required product specifications and applicable regulatory requirements.
Application 1: Pharmaceutical Intermediates
Answer: Biphenyl-3-boronic acid is an important arylboronic acid intermediate used to construct drug candidates and pharmaceutical intermediates containing biphenyl structures. It provides a convenient building block for further molecular modification.
Application 2: Suzuki Coupling Reactions
Answer: In organic synthesis, it mainly serves as an aryl coupling building block. It can react with aryl or heteroaryl halides in the presence of a palladium catalyst and base to form new C–C bonds and produce more complex biaryl compounds.
Application 3: Pharmaceutical Molecular Modification
Answer: Biphenyl structures can provide useful hydrophobic and spatial characteristics in drug design. Therefore, Biphenyl-3-boronic acid can be used to construct and optimize compounds with specific biological activities by introducing a biphenyl moiety into the target molecule.
Application 4: Agrochemicals and Fine Chemicals
Answer: It can also be used in the synthesis of agrochemical active ingredients and other fine chemicals. Coupling reactions allow the biphenyl structure to be incorporated into target molecules with different substituents and functional properties.
Application 5: Functional Materials and New Organic Molecules
Answer: Beyond pharmaceutical and traditional chemical applications, Biphenyl-3-boronic acid can also serve as an organic synthesis building block for the research and development of functional aromatic compounds, optoelectroni
| Package | 25KG Fiber can |
