N,N-Diethyl-D-lysergamid-tartrat, Lysergide tartrate, D-LSD tartrate, D-Lysergic acid diethylamide tartrate, LSD tartrate,d, LSD 25 tartrate, 6-methyl-9,10-didehydro-ergoline-8-carboxylic acid methyl ester, lysergic acid methyl ester, D-Lysergic acid N,N-diethylamide tartrate, lysergic acid diethylamide bitartrate
Product Description
Functional Application and User Focus
Methyl 9,10-didehydro-6-methylergoline-8ß-carboxylate is designed primarily for chemical and pharmaceutical research institutions focusing on ergoline derivatives. Target users include R&D laboratories requiring reliable, high-purity specialty chemicals like lysergic acid methyl ester to support innovative drug development and molecular synthesis. As a stable methyl ester of lysergic acid, this compound fulfills requirements for custom synthesis protocols involving d-lysergic acid methyl ester pathways, facilitating accurate experimental outcomes. Organizations involved in the synthesis and evaluation of ergolines benefit from its consistent quality and precise characterization.
Technical Specifications and Material Properties
This compound features a molecular formula C17H18N2O2 with a molecular weight of 282.337 g/mol, exhibiting thermal stability with a boiling point of 469ºC and flash point of 237.5ºC. Its physical density is 1.3 g/cm³, ensuring consistent handling during laboratory processes. Manufactured under strict quality control by a reputable fine chemicals supplier, the product offers traceable purity standards essential for pharmaceutical-grade applications. The methyl ester format enhances its compatibility in chemical derivatization and analytical reference protocols involving ergoline derivatives and related molecular frameworks such as d-lysergic acid methyl ester.
Industry Relevance and Practical Implementation
In industry sectors including pharmaceutical development, chemical synthesis research, and quality control testing, this compound serves as a critical reagent. It supports stability analysis and formulation studies that leverage its distinct chemical properties within ergolines. The product integrates seamlessly into workflows requiring specialty chemicals with rigorous supply chain reliability from a trusted fine chemicals supplier. Its role in molecular structure investigation and analytical referencing facilitates compliance with regulatory standards and enhances the efficiency of experimental design in advanced research environments.
Design and Structural Integration Benefits
The molecular structure of methyl 9,10-didehydro-6-methylergoline-8ß-carboxylate offers high specificity suitable for complex synthetic pathways involving ergoline derivatives. Its methyl ester configuration enables modular use in chemical reactions requiring stable intermediates such as d-lysergic acid methyl ester. The design ensures chemical compatibility with existing synthesis systems used in pharmaceutical and biochemical laboratories. This supports custom synthesis of methyl lysergic acid derivatives under controlled conditions, allowing seamless integration within advanced production lines managed by a reliable fine chemicals supplier.
Performance Efficiency and User-Centric Value
With its established purity and consistent thermal properties, the compound enhances reproducibility in experimental assays involving lysergic acid methyl ester. This stability contributes to optimized workflow efficiency, reducing variability in research outputs. Practical usability in various laboratory environments is ensured by standardized packaging and handling protocols. The availability through a specialized fine chemicals supplier guarantees a reliable supply chain, aiding users in meeting demanding project timelines and regulatory requirements related to ergolines R&D and pharmaceutical innovation.
Application in Pharmaceutical Compound Development
Within pharmaceutical R&D laboratories, methyl 9,10-didehydro-6-methylergoline-8ß-carboxylate is utilized for the synthesis and formulation of novel therapeutic compounds derived from ergoline derivatives. Its chemical stability and purity facilitate compliance with pharmacological testing protocols where d-lysergic acid methyl ester moieties are involved. The compound’s integration into custom synthesis pipelines allows researchers to evaluate molecular efficacy and safety efficiently. This supports accelerated drug discovery processes while maintaining high standards demanded by regulatory agencies and fostering collaboration with established fine chemicals suppliers.
Role in Analytical Reference and Quality Control
In chemical manufacturing environments, this methyl ester serves as a reference standard for quality control testing of intermediate and final products containing lysergic acid methyl ester structures. Analytical laboratories leverage its well-defined molecular and physical properties to calibrate instruments and validate chemical identities within ergoline-based synthesis chains. The compound’s consistent supply from a quality-assured fine chemicals supplier enables uninterrupted analytical workflows, supporting operational compliance and robust documentation protocols critical for manufacturing audits and product release validations.
What industries use Methyl 9,10-didehydro-6-methylergoline-8ß-carboxylate?
Our product is primarily utilized in pharmaceutical and chemical research sectors, especially for projects involving ergoline derivatives and molecular structure investigations. These industries rely on our fine chemicals supplier expertise to access consistent, high-purity methyl ester compounds for development and analysis.
Can you provide custom synthesis services for methyl lysergic acid derivatives?
Yes, we offer custom synthesis of methyl lysergic acid and related ergoline derivatives based on client specifications. Please contact us directly to discuss your project requirements, and our technical team will assist with feasibility and tailored production plans.
How do you ensure the quality and consistency of your specialty chemicals?
We implement strict quality control processes following international standards throughout production and management. This ensures every batch of lysergic acid methyl ester meets stability, purity, and safety criteria expected by our industrial clients and research partners.
What are the typical delivery timelines and supply reliability?
Our supply system is designed to provide stable and timely deliveries depending on order size and destination. We work closely with clients to coordinate logistics and maintain consistent availability of fine chemicals supplier products for uninterrupted research and manufacturing workflows.
