Product Description
Chemical Name: Acetylcholinebromide
Synonyms :Pragmoline
| Tonocholin B
| Bromoacetylcholine
Cas No : 66-23-9
Purity : 98%
MolecularFormula : C7H16NO2.Br
Molecular Weight:226.1
Appearance:SolidLaboratory and Research ExcellenceAcetylcholine bromide is best suited for laboratory and analytical research, notably in studies involving neurotransmitter activity. Its consistent purity and stability ensure reliable results, making it a preferred choice in neurobiological investigations. The substance's non-hazardous nature under GHS and convenient packaging further support safe, efficient laboratory workflows.
Storage and Handling GuidanceTo maintain optimal quality, Acetylcholine bromide requires storage in tightly closed containers at 2-8C, away from moisture due to its hygroscopic nature. The powder is shipped in moisture-resistant packaging, ensuring product integrity during transport and storage. Following these guidelines ensures a shelf life of up to 2 years from the manufacturing date.
FAQ's of Acetylcholine bromide:
Q: How should Acetylcholine bromide be stored to ensure maximum stability?
A: Acetylcholine bromide must be stored in well-closed, moisture-resistant containers at 2-8C, protected from humidity, as it is highly hygroscopic. Proper storage maintains its stability and extends its shelf life up to 2 years.
Q: What is Acetylcholine bromide used for in research laboratories?
A: Acetylcholine bromide is primarily utilized in physiological and pharmacological research, especially in studies related to neurotransmitters and neurobiology. Its high purity makes it suitable for accurate and reproducible scientific experiments.
Q: When is it necessary to retest Acetylcholine bromide for continued use?
A: A retest is recommended after 2 years from the date of manufacturing to ensure the compound's quality and efficacy remain within acceptable limits, provided it has been stored correctly.
Q: Where does Acetylcholine bromide find application in scientific settings?
A: Acetylcholine bromide is mainly used in professional laboratory settings, such as academic institutions, research organizations, and analytical laboratories focusing on neurobiology and pharmacology.
Q: What are the benefits of using Acetylcholine bromide in neurotransmitter studies?
A: Acetylcholine bromide supports precise and reliable investigations of cholinergic systems due to its consistent purity, well-documented properties, and stable shelf life, thus advancing understanding in neurochemical research.
Q: How is Acetylcholine bromide typically packaged for transport and storage?
A: The compound is sealed in moisture-resistant packaging to protect against humidity and maintain purity. It is classified as non-dangerous goods, with no UN regulation required for transportation.
Q: Is Acetylcholine bromide safe to handle in the laboratory?
A: While not classified as hazardous under GHS and non-poisonous, Acetylcholine bromide is pharmacologically active. Standard laboratory safety practices should always be followed during handling.