Switzerland: Engineering Lonza to Develop New Mid-Scale Microbial Facility for API Manufacturing

Editor: Ahlam Rais

Lonza has extended its manufacturing agreement with Servier for producing L-asparaginase API. The new plant in Switzerland will be responsible for supporting Servier with API for acute lymphoblastic leukemia therapies.

Related Vendors

The new facility will be the sixth to be housed in Lonza’s new biopark in Visp, Switzerland, currently under construction.
The new facility will be the sixth to be housed in Lonza’s new biopark in Visp, Switzerland, currently under construction.
(Source: Deposit Photos)

Basel/Switzerland – Lonza has announced an expansion to the company’s microbial manufacturing facility in Visp, Switzerland. The new facility will provide mid-scale commercial manufacturing to multiple customers and in particular, serve the growing needs of Servier, an independent international pharmaceutical company and long-term Lonza partner.

Servier and Lonza have recently signed a long-term extension to the manufacturing agreement for L-asparaginase, produced at Lonza since 2009. The extension and expansion of the collaboration will provide Servier with the additional capacity required to provide treatment to many more patients with acute lymphoblastic leukemia (ALL), a cancer of the white blood cells. Servier intends to expand access to asparaginase-based multi-agent chemotherapeutic regimens, as ALL continues to be the most common type of cancer (~75 %) among children diagnosed with leukemia.

The new facility will be the sixth to be housed in Lonza’s new biopark in Visp, Switzerland, currently under construction. Lonza launched Ibex Solutions in 2018 to offer custom-tailored manufacturing solutions across a broad range of technologies while minimising time to market with pre-built shells and infrastructure. The new mid-scale (3,000L) microbial facility will tap into existing central utilities and labs and will complement the existing small-scale (1,000L) and large-scale (15,000L) assets in Visp. The facility is expected to be operational in the second half of 2022 and Lonza expects to add 100 new staff to the existing, highly-experienced microbial team.

China’s Pharmaceutical Equipment Market - Current Status, Trends and Recommendations for Action

As China is emerging as one of the world’s fastest-growing markets for the consumption of pharmaceuticals, it also offers huge opportunities for the global equipment industry. This 40-page report aims to help you gain a better understanding of the current China's pharmaceutical market regarding a series of pharmaceutical industry related policies. Based on results of the survey among users in the pharmaceutical industry and the expert interviews, it will also provide you with a forecast for the industry and recommendations for your future operating and investment in China.

Jean-Christoph Hyvert, Chief Commercial Officer, Lonza: “By building on our current microbial capabilities, we will be able to continue our long-standing support for Servier as they look to expand access for patients. We see a clear role for microbial technology as new medicines evolve and we are investing in key enablers including expression technology and manufacturing assets.”

Pierre Venesque, Executive Vice President Industry, Servier: "We are extremely pleased to already have been collaborating with Lonza for the production of L-asparaginase, the active pharmaceutical ingredient for our ALL therapeutic regimens, allowing us to quickly provide for patients we serve. Lonza’s drug manufacturing experience, infrastructure is important to this partnership and ensures the timely supply of these therapeutics."

Traditionally used for producing hormones, enzymes and some vaccines, microbial fermentation is becoming increasingly attractive for new molecular formats that do not need human glycosylation given the higher yields and shorter production timelines. For example, many antibody fragments, as well as plasmid DNA, can be produced in microbial systems. Lonza is constantly developing the technology required including XS Technologies, an extensive microbial expression toolbox with more than 3,000 individual microbial strains expressed, together with a range of manufacturing assets designed to support customers from clinical supply to commercial production.