Active Pharmaceutical Ingredient (API) is a substance in a finished pharmaceutical product, which has a pharmacological activity or is responsible for generating a direct effect in the diagnosis, treatment or prevention of a disease.
Emcure is recognized as the pioneer in chiral chemistry. It has effectively developed and marketed 11 chiral molecules which have demonstrated greater effectiveness, safety and require lesser dosage than their non-chiral counterparts. Examples: S(-) Amlodipine Besilate, S (-)Metoprolol Succinate, Dexrabeprazole Sodium, S(-) Etodolac, Dexketoprofen Trometamol.
What is chirality? In chemistry chirality a molecule will have 2 forms that are mirror images of each other but otherwise identical. These mirror images are non-superimposable on each other. In chemistry terms these are known as enantiomers. This is the simplest form of chirality.
The following video is a useful illustration on chirality.
https://youtu.be/JS-iAuCIexk
Pharmacology responds differently to chiral molecules in a lot of cases and thus having a chiral version of a certain biological agent is considered beneficial in most cases.
What are some advantages of a chiral drug?
Why studying stereo-chemical features are important?
Owing to their complex structural parameters, these products require unique process maneuvering. Also, the characterization and bioequivalence studies require sophisticated spectroscopic and biochemical analysis. All these requirements have been built in- house to ensure safety and efficacy of complex generic APIs.
Emcure has always been a market leader in onco-products for both domestic as well as other regulated markets. Keeping that commitment to the patients in mind, it has been able to develop extremely complex APIs entailing multi-step transformation and concomitant generation of chiral centers
Emcure is a market leader in iron- based products. Iron products need complex characterization techniques and require niche skill set to achieve desired quality. Emcure’s analytical research department has been able to master these skills to deliver such complex generics for the customers. As a result, products such as Iron-sucrose, Ferric-carboxymaltose and Iron ascorbate have been made available to patients
Emcure has developed expertise in manufacturing ARV APIs while improving cost efficiencies to make them available at affordable prices. It has successfully commercialized products such as Atazanavir, Ritonavir, Dolutegravir and Tenofovir
Emcure has developed expertise to deliver complex generics via phytochemical transformations. Delivery of these products needs customized reactor design with intricate photochemical reactor design. These products can only be delivered with mellifluous integration of state- of- art engineering and complex chemistry which Emcure has mastered over the years. Example: Dydrogestrone
Photochemical reactions are a set of reactions that uses any form of light energy for a transformation. This can be infrared, visible and or ultraviolet light. Nature uses light source for various transformations. Few common examples are photosynthesis in plants, vitamin D synthesis in humans, conversion of oxygen to ozone in the stratosphere, etc.
Photochemistry can be efficiently used to synthesize various chemical matter, especially drug candidates like steroids, vitamin D derivatives, etc.
Emcure has a dedicated state-of-the-art facility for the production of Immunosuppressant API. The segregated area for manufacturing immunosuppressant products API has minimum personnel intervention with a high degree of isolation. It has developed molecules such as Fingolimod and Mycoplenolate
