Methscopolamine bromide
Methscopolamine bromide Brand names, Methscopolamine bromide Analogs
- Atrochin
- Atroquin
- Atroscine Hydrobromide
- Beldavrin
- Buscopan
- Epoxytropine Tropate
- Euscopol
- Hydroscine Hydrobromide
- Hyocine F Hydrobromide
- Hyosceine
- Hyoscine
- Hyoscine Bromide
- Hyoscine Hydrobromide
- Hyoscyine Hydrobromide
- Hyosol
- Hysco
- Isopto Hyoscine
- Isoscopil
- Kwells
- L-Hyoscine Hydrobromide
- L-Scopolamine
- Methscopolamine Bromide
- Oscine
- Pamine
- SEE
- Scop
- Scopamin
- Scopine Tropate
- Scopoderm-Tts
- Scopolamine Bromide
- Scopolamine Hydrobromide
- Scopolamine Hydrobromide Trihydrate
- Scopolamine Hyoscine
- Scopolaminhydrobromid
- Scopolaminium Bromide
- Scopolammonium Bromide
- Scopos
- Sereen
- Skopolamin
- Tranaxine
- Transcop
- Transderm Scop
- Transderm-Scop
- Transderm-V
- Triptone
- Tropic Acid, Ester with Scopine
Methscopolamine bromide Brand Names Mixture
- No information avaliable
Methscopolamine bromide Chemical_Formula
C17H21NO4
Methscopolamine bromide RX_link
No information avaliable
Methscopolamine bromide fda sheet
Methscopolamine bromide msds (material safety sheet)
Methscopolamine bromide Synthesis Reference
No information avaliable
Methscopolamine bromide Molecular Weight
303.353 g/mol
Methscopolamine bromide Melting Point
No information avaliable
Methscopolamine bromide H2O Solubility
No information avaliable
Methscopolamine bromide State
Solid
Methscopolamine bromide LogP
1.659
Methscopolamine bromide Dosage Forms
Liquid
Methscopolamine bromide Indication
For the treatment of excessive salivation, colicky abdominal pain, bradycardia, sialorrhoea, diverticulitis, irritable bowel syndrome and motion sickness.
Methscopolamine bromide Pharmacology
Scopolamine is a muscarinic antagonist structurally similar to the neurotransmitter acetylcholine and acts by blocking the muscarinic acetylcholine receptors and is thus classified as an anticholinergic. Scopolamine has many uses including the prevention of motion sickness. It is not clear how Scopolamine prevents nausea and vomiting due to motion sickness. The vestibular part of the ear is very important for balance. When a person becomes disoriented due to motion, the vestibule sends a signal through nerves to the vomiting center in the brain, and vomiting occurs. Acetylcholine is a chemical that nerves use to transmit messages to each other. It is believe that Scopolamine prevents communication between the nerves of the vestibule and the vomiting center in the brain by blocking the action of acetylcholine. Scopolamine also may work directly on the vomiting center. Scopolamine must be taken before the onset of motion sickness to be effective.
Methscopolamine bromide Absorption
No information avaliable
Methscopolamine bromide side effects and Toxicity
No information avaliable
Methscopolamine bromide Patient Information
No information avaliable
Methscopolamine bromide Organisms Affected
Humans and other mammals
