Methyl phenobarbital

Methyl phenobarbital is a barbiturate derivative with sedative, hypnotic, and anticonvulsant properties, primarily used in the synthesis of medications for epilepsy and anxiety disorders.

SKU: 115-38-8 Category: Tag:
Description
Methyl phenobarbital (Mephobarbital) is, furthermore, a specialized barbiturate derivative supplied by Zyntex for strictly regulated pharmaceutical applications. This high-purity crystalline agent (CAS 115-38-8) is primarily valued for its long-acting anticonvulsant effects with relatively less pronounced sedative properties compared to other barbiturates. In addition, Methyl phenobarbital undergoes metabolic conversion in the liver to phenobarbital, making it a critical prodrug in neurological therapy. Therefore, Zyntex provides this API to support the manufacturing of long-term seizure management medications and clinical neuroscience research.

Comprehensive Product Overview

In the field of antiepileptic drug development, the stability of barbiturate salts is essential for maintaining therapeutic windows. Manufacturers specifically select Methyl phenobarbital because its N-methyl group enhances lipid solubility, allowing for effective absorption and gradual metabolic release. For instance, it is a key component in the treatment of grand mal and petit mal seizures. Consequently, it facilitates sustained neuronal stabilization. As a result, Zyntex ensures that our industrial-grade material adheres to the highest purity standards to ensure consistent bioavailability in final pharmaceutical dosages.

Moreover, Methyl phenobarbital is often studied in the context of comparative sedative pharmacology. In neurological research, researchers may evaluate its performance alongside other central nervous system stimulants like Methylphenidate hydrochloride to understand the balance of inhibitory and excitatory pathways. This application is vital for developing balanced neuropsychiatric treatments. Undoubtedly, this pushes the boundaries of behavioral medicine. At the same time, formulating these potent APIs requires high-purity solvents for crystallization and analytical testing. For precise laboratory separations, Methylcyclohexane is frequently utilized as a stable hydrocarbon solvent. In short, our product serves as a fundamental building block for advanced sedative and anticonvulsant science.

Recently, scientific interest has increased regarding the hepatic metabolism of barbiturates and their interaction with enzymatic pathways. Researchers apply Methyl phenobarbital in pharmacokinetic models, sometimes comparing its metabolic profile to cardiovascular regulators like Metoprolol tartrate to assess potential drug-drug interactions in geriatric patients. Because of this, Zyntex offers secure, moisture-proof packaging to maintain the chemical integrity of the API during global transit. Ultimately, you secure a reliable supply partner by choosing Zyntex. We balance stringent regulatory compliance with technical chemical expertise. To conclude, our commitment to chemical excellence ensures that your manufacturing processes achieve the highest levels of clinical reliability.

Key Industrial Applications

This pharmaceutical-grade barbiturate is specifically vital in the following four sectors:

🧠 Epilepsy Management

Zyntex supplies Methyl phenobarbital for anticonvulsant formulations; thus supporting long-term seizure control in clinical patients.

💊 Pharmaceuticals

Used as an active ingredient in sedative synthesis; consequently it is a staple in controlled drug manufacturing.

🔬 Neurology Research

Manufacturers use it for GABA receptor studies; undoubtedly essential for exploring the mechanisms of neural inhibition.

🏥 Veterinary Medicine

Zyntex provides high-purity API for animal sedative applications; specifically helping to manage canine and feline epilepsy.

Technical Specifications

ParameterStandard Value
Product NameMethyl phenobarbital (Mephobarbital)
Assay (Purity)Min. 99%
AppearanceWhite crystalline powder
CAS Number115-38-8

⚠️ Safety & Handling: Methyl phenobarbital is a controlled substance with potential for dependency. Therefore, it must be handled in strict accordance with local narcotics and pharmaceutical regulations. Avoid inhalation and skin contact.

External Research Data

For more detailed pharmacology and chemical structure analysis, visit: PubChem Database – Methyl phenobarbital (115-38-8)