Dantrolene

Chemical formula: C₁₄H₁₀N₄O₅  Molecular mass: 314.257 g/mol  PubChem compound: 6914273

Active ingredient description

The receptor molecule for dantrolene has not been identified. Dantrolene inhibits the binding of ryanodine. Under some conditions, dantrolene will lower intra-sarcoplasmic calcium concentrations in the resting state. This may be more important in diseased muscle (e.g. In malignant hyperthermia in humans and swine stress syndrome) than in muscle with normal function.

Medicine classification

This medicinal substance has been classified in the anatomical therapeutic chemical (ATC) classification according to its main therapeutic use as follows:

ATC code Group title Classification
M03CA01 Dantrolene M Musculo-skeletal system → M03 Muscle relaxants → M03C Muscle relaxants, directly acting agents → M03CA Dantrolene and derivatives
Discover more medicines within M03CA01

Product monographs

Competent medicine agencies globally have authorized commercialization of this active ingredient according to these medication package inserts (MPIs):

Title Information Source Document Type  
DANTRIUM Capsules Medicines & Healthcare Products Regulatory Agency (GB) MPI, EU: SmPC
DANTRIUM Powder for solution for injection Medicines & Healthcare Products Regulatory Agency (GB) MPI, EU: SmPC

Structural formula

Graphic representation of the active ingredient's molecular structure

External identifiers

CAS Substance: 24868-20-0
CAS Substance: 7261-97-4
DrugBank Drug: DB01219
KEGG Drug: D02347
PubChem Compound: 6914273
RxNorm Ingredient: 3105
SNOMED-CT Concept: 372819007
Dantrolene (substance)
UNII Identifier: F64QU97QCR
DANTROLENE

Medicines

Dantrolene is an active ingredient of these brands:

United States (US)

Australia (AU)

Canada (CA)

Estonia (EE)

France (FR)

Ireland (IE)

Japan (JP)

Malta (MT)

Netherlands (NL)

New Zealand (NZ)

Romania (RO)

South Africa (ZA)

United Kingdom (UK)

Note the following: The list of brand names is continuously updated, and thus does not include the total of products circulating worldwide.

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