Homoveratrylamine
Description :
Overview of Homoveratrylamine
Homoveratrylamine (also known as 3,4-Dimethoxyphenethylamine) is a phenethylamine derivative used as a key pharmaceutical intermediate in the synthesis of various APIs. It is a key element in the organic synthesis process of medications that target the nervous system centrally, as well as different therapeutic areas.
This API appears as a colorless to pale yellow liquid with good stability under proper storage. Its molecular structure is C10H15NO2, CAS No 120-20-7, molecular weight 181.23 g/mol. Related products include L-Glutamine, Ibuprofen, and Imidazole, commonly used in amino acid, anti-inflammatory, and heterocyclic formulations.
Applications of Homoveratrylamine
Pharmaceutical API
- Intermediate in the synthesis of pharmaceuticals
- Used in the production of dopamine analogs and related compounds
Formulation Development
- Employed in organic synthesis for APIs
- Suitable for research and custom synthesis applications
Gastrointestinal Treatment
- Not directly used therapeutically, but supports the synthesis of related compounds
Safety & Handling Guidelines
- Beware of inhaling vapors or skin contact
- Make sure you wear gloves, goggles, and suitable clothes
- Keep it in a dry, cool location away from light humidity
- Be sure to follow COA and MSDS guidelines completely
Where to Buy Homoveratrylamine?
Homoveratrylamine Manufacturer
ChemicalBull supplies high-purity Homoveratrylamine, meeting pharmaceutical intermediate standards.
Homoveratrylamine Supplier & Distributor
- Available in bulk for synthesis units
- Grade of high purity for production and research
- COA MSDS, along with other documents, is available for regulatory purposes available
MSDS
With detailed safety tips as well as hazard identification and guidelines for storage.
Frequently Asked Questions (FAQs)
-
What is the use of Homoveratrylamine?
It is primarily used as an intermediate in pharmaceutical synthesis. -
Homoveratrylamine CAS No?
CAS No 120-20-7. -
Homoveratrylamine molecular weight?
181.23 g/mol.
