As a provider of global chemical services, Medicilon has a strong analytical chemistry team to support synthetic chemistry services. We are committed to providing customers with the highest quality and most valuable products and services through prolific, fast, problem-solving and active communication. Our team has received excellent professional training, keeps close contact and interaction with customers, communicates in time to ensure the smooth progress of the project, and makes concerted efforts to achieve the project goals specified by the customer. In FTE’s service model, we design a synthetic route for the customer’s target molecule, and complete the synthesis and delivery of the compound on time, quality and quantity. These compounds include reference compounds, metabolites, reagents, intermediates, molecular fragments and impurities.
Medicilon synthesizes various small molecule chemical substances such as reference compounds, pharmaceutical intermediates, candidate drugs, impurities and metabolites for customers. The scale can range from milligrams to kilograms (including GMP quality). Our team is proficient in new route design and route optimization. With the proficient problem solving skills and the high success rate of the project, we are able to provide customers with the following high-quality chemical custom synthesis services:
Medicilon can undertake the synthesis of special reagents, intermediates and molecular fragments, preparation of standard products, synthesis design and preparation of impurities or metabolites, synthesis of stable isotope internal standards and synthesis of tritiated compounds.
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Preparation of high-quality products from milligrams to kilograms
Synthesis of special reagents and pharmaceutical intermediates and preparation of molecular fragments
Preparation of APIs or related substances
Synthetic design and preparation of impurities and metabolites
Analysis support
Delivery of product analysis report
Medicilon’s chemical department is mainly engaged in the research and development and process optimization of high value-added new pharmaceutical intermediates, the research and development and process optimization of fine chemicals and the synthesis of raw materials, and is especially committed to natural products, special reagents, pharmaceutical intermediates, and pharmaceutical intermediates required for the research and development of new drugs. As well as the laboratory synthesis and amplification of various sugar compounds, the company has a factory base and advanced test equipment. The company has a comprehensive literature retrieval system, highly specialized chemical synthesis and process development capabilities, and high-level synthetic technical personnel.
Pharmaceutical intermediates, generally speaking, refer to those key raw materials specifically used to produce drugs, such as the key intermediates 6-APA (6-aminopenicillanic acid), 7-ACA (7-amino Cephalosporan acid), 7-ADCA (7-aminodeacetoxycephalosporan acid), various cephalosporin side chains, and piperazine and its derivatives used in the production of quinolones, excluding those used Basic chemical raw materials used in drug production, such as ethanol and acetic acid.
Medicines can be divided into anti-cardiovascular drugs, anti-tumor drugs, endocrine system regulating drugs, antibiotics, etc. according to their uses, and each class of drugs contains a variety of drugs with different structures, such as: antibiotics including lactams, macrocyclic Esters, quinolones, chloramphenicol, etc. Since pharmaceutical intermediates are mainly used in the production of various drugs, they have a wide variety of types.
From the perspective of production, the pharmaceutical industry can be divided into two major categories: raw material drug production and preparation processing; raw material drug production can be divided into natural drugs and chemical drugs according to source, and can be divided into natural extracted drugs, biosynthetic drugs and chemically synthesized drugs according to production methods.
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Phone: 02158591500
This article is about the synthesis of pharmaceutical intermediates and pharmaceutical intermediates. For more details, please contact us.
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