Johnson Matthey recently integrated its biocatalyst offerings from X-Zyme, which Johnson Matthey acquired in July 2010. Johnson
Matthey expanded the biocatalyst offerings into product and service offerings in its catalysis and chiral-technologies businesses.
The portfolio from X-Zyme includes enzymatic catalysts for scalable production of highly pure chiral amines and alcohols.
The biocatalysts and related technology complement the chemocatalytic technology and related expertise of Johnson Matthey.
Also, in March 2010, the CDMO Cambrex acquired IEP, a technology company located in Wiesbaden, Germany, to build its portfolio
for offering customized biocatalytic process development and sales of enzymes to the pharmaceutical industry.
Among pharmaceutical companies, Pfizer recently highlighted some improvements in API manufacturing routes, which included
developing a biocatalytic route for pregabalin, the API in the pain treatment Lyrica (7, 9). A biocatalytic route and other
green-chemistry improvements resulted in reducing solvent use by 5 million gallons per year and eliminating more than 150
tons of a nickel catalyst by using a third-generation synthesis in the manufacture of pregabalin. Other process improvements
in other API manufacture involved a reduction by 65% of the total organic waste (3.5 million liters per year of methanol and
tetrahydrofuran) and the elimination of liquid nitrogen in one step in manufacturing atorvastatin, the API in Pfizer's Lipitor.
The company also eliminated 25,000 tons of waste per year in the manufacture of voricanazole, the API in Vfend through a green-chemistry
modification in the manufacturing process. The synthesis used two innovative types of chemistry: an ultra-efficient synthesis
of the key pyrimidinone intermediate and the development of a novel highly diastereoselective Reformatksy coupling reaction
In general process improvements, Sigma-Aldrich recently reported on a route for manufacturing polyamino acids, which have
properties that mimic proteins, thereby making them suitable for targeted drug delivery. Their production involves the intermediate
amino acid N-carboxyanhydrides (NCAs) and polymer processing. For NCA production, the company eliminated repeated NCA recrystallizations
and minimized manufacturing runs by 30%, and reduced the use of phosgene and tetrahydrofuran by 30% and ethyl acetate and
hexane by 50% (7).
Patricia Van Arnum is a senior editor at Pharmaceutical Technology, 485 Route One South, Bldg F, First Floor, Iselin, NJ 08830 tel. 732.346.3072, email@example.com
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2010 Award Entries and Recipients (Washington DC, 2010).
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