Arecoline hydrobromide powder is a purified alkaloid compound obtained from the areca nut (Areca catechu), the seed of a tropical palm tree commonly found in Southeast Asia. Within the raw plant material, arecoline exists as one of several naturally occurring alkaloids rather than as a standalone substance. To produce a material suitable for laboratory use, the target compound is separated from the plant matrix, further refined, and converted into its hydrobromide salt form. This processing route improves stability and allows the compound to be supplied as a consistent crystalline powder with defined purity.
In practice, arecoline hydrobromide is handled as a laboratory material rather than a finished ingredient. It is used in experimental work where controlled input, accurate measurement, and repeatable conditions are required. Typical use remains limited to research and analytical contexts, including method setup and comparative studies, instead of consumer or formulation-based applications.
From a supply standpoint, material consistency and documentation matter more than broad application claims. Shaanxi Medibridge Biotech Co., Ltd. provides this compound with clear specifications, batch tracking, and routine analytical verification. Supporting documents such as COA and MSDS are supplied to meet laboratory, regulatory, and procurement needs for research-oriented customers.
COA
|
|
||
|
Product Name |
CAS Number |
Batch Number |
|
arecoline hydrobromide powder |
300-08-3 |
MB2601091130 |
|
Manufacturer Date |
Analysis Date |
Expiry Date |
|
2026-01-09 |
2026-01-10 |
2028-01-08 |
|
Sample Qty Base |
Packing |
Test Method |
|
500KGS |
25kg/drum |
HPLC |
|
Item |
Standard |
Results |
|
Appearance |
White crystalline powder |
Conforms |
|
Assay |
≥99% |
99.23% |
|
Particle size |
100% through 80 mesh |
80 mesh |
|
Ash |
≤0.5% |
0.06% |
|
Water content |
≤1.0% |
0.37% |
|
Heavy metal |
≤15ppm |
Complies |
|
Cadmium(Cd) |
≤0.2ppm |
Complies |
|
Lead(Pb) |
≤0.2ppm |
0.09ppm |
|
Arsenic(As) |
≤0.25ppm |
Complies |
|
Mercury(Hg) |
Negative |
Negative |
|
Total bacteria count |
≤1000cfu/g |
51cfu/g |
|
Fungi |
≤100cfu/g |
12cfu/g |
|
Samonella |
Negative |
Negative |
|
E. Coli |
Negative |
Negative |
|
Storage |
Store in cool & dry place. keep away from strong light and heat |
|
|
Conclusion |
The batch conforms to the IN-HOUSE standard |
|
|
|
||
Source & Origin of Arecoline
Arecoline originates from the areca nut, the seed of the areca palm (Areca catechu). This palm grows throughout Southeast Asia and other tropical regions, where the seed has long been recognized as a chemically complex plant material. Within the seed, arecoline is present together with other minor alkaloids and related compounds.
To obtain arecoline in a usable research form, the compound is extracted from the plant material and purified through multiple separation steps. It is then converted into its hydrobromide salt, a form that offers better stability and handling during storage and laboratory work. The result is a defined material with consistent chemical identity rather than a mixed plant extract.
Typical research use
Background in traditional research records
In historical and academic records, arecoline is frequently mentioned in connection with the areca nut, which has long been discussed in traditional medicine systems in Southeast Asia. These references mainly reflect historical observation and usage context rather than modern product application. In current professional settings, such background information is generally treated as part of the compound's research history, rather than as guidance for contemporary use.
Use as a pharmacological research compound
In modern laboratories, arecoline is commonly handled as a pharmacological research material. It is used to study cholinergic stimulation under controlled experimental conditions, where researchers focus on receptor-level responses and signaling behavior. In this role, arecoline serves as a defined small-molecule tool rather than a substance intended for applied or therapeutic outcomes.
Cognitive-related experimental studies
Arecoline has appeared in experimental research that explores learning and memory-related models within neuroscience studies. These investigations focus on how muscarinic acetylcholine receptors respond in controlled systems, using arecoline as a reference compound to observe reaction patterns. Such studies remain within laboratory and research frameworks and do not imply direct practical or clinical use.
Antimicrobial and screening research
Some laboratory studies have examined arecoline in antimicrobial screening contexts, where its interaction with certain microorganisms is observed under experimental conditions. These discussions are typically limited to early-stage research or comparative screening work and are not positioned as finished applications in consumer or personal care products.
Role as a research tool
Across different research areas, arecoline is most consistently described as a tool for studying cholinergic receptor activity and related biochemical processes. Its value lies in its defined structure and reproducible behavior in experimental systems, which allows researchers to compare results and support broader scientific investigation rather than develop end-use solutions.
Research Background
Within scientific literature, arecoline is generally discussed as part of the broader group of naturally occurring alkaloids found in plant sources. Research attention often centers on its chemical structure, stability, and behavior under defined laboratory conditions.
Rather than focusing on end use, most discussions treat arecoline as a reference point in experimental design. Its role is to support comparison, interpretation, or method development within non-clinical research frameworks.
Handling & Storage Considerations
Arecoline hydrobromide is handled according to standard laboratory procedures for research chemicals. Preparation and weighing are usually carried out in controlled environments to limit exposure and contamination.For storage, the material is kept sealed in a dry, cool place away from direct light. Stable storage conditions help maintain its physical form and analytical reliability. Detailed safety information should be reviewed through the relevant MSDS.
Why Choose Us
Shaanxi Medibridge Biotech Co., Ltd. supplies research materials with an emphasis on clarity and consistency. For compounds such as arecoline hydrobromide, defined specifications and batch stability are treated as baseline requirements.
Each batch is analytically tested to confirm identity and purity, with COA and MSDS provided as standard documentation. Supply formats can be adjusted based on project scale, supporting both small laboratory orders and longer-term research needs.
FAQ
Q: What is arecoline hydrobromide?
A: A purified alkaloid compound supplied in hydrobromide salt form for laboratory research.
Q: What grade is arecoline hydrobromide?
A: It is provided as a research-grade material with defined purity specifications.
Q: Is this product suitable for human or consumer use?
A: No, it is intended for laboratory and research purposes only.
Q: What does arecoline do to the brain?
A: Discussions of arecoline and the nervous system are limited to controlled experimental studies and do not describe practical or consumer use effects.