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API synthesis (process development)
Below is the description of a part of API synthesis technology that forms the basis of our production technology. Backed by organic synthesis technology/knowledge accumulated over the years, the improvements in process technology and expertise in scale-up manufacture will thoroughly support the accelerating developments of new drug customers.
Acylation | Friedel-Crafts Reaction | |
Amidation (includes Peptide Synthesis) |
MA Method | |
Condensation Reagent | ||
Acid chloride | ||
Chlorosulfonation | Chlorosulfonic Acid | |
Enzymatic reaction |
Esterase | |
Acylase | ||
Formylation | Vilsmeier Reaction | |
Glycosidation | Lewis acid | |
Halogenation | Bromination | |
Fluorination | ||
Iodination | ||
High Temperature Reaction |
Ullmann reaction | |
Claisen Rearrangement | ||
Metalation | Butyllithium | |
Magnesium Chloride | ||
Optical Resolution |
CSA | |
Oxidation | Nitric Acid | |
Peroxide | ||
Swern Oxidation | ||
Reduction | Pd/C | |
H2,Raney Ni | ||
NaBH4 | ||
Reduction | Zn | |
NH2NH2, C | ||
Wolff-Kishner Reduction | ||
Sulfenylation | Methyl Mercaptane | |
Thiophenol | ||
Name Reaction | Leuckart Reaction | |
Grignard Reaction | ||
Michael Reaction | ||
Name Reaction |
Reformatsky Reaction | |
Wittig reaction |