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| home > white papers > High-tech Packaging for High-tech Medicine - West Pharmaceutical Services, Inc. |
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 WHITE PAPERS |
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West Pharmaceutical Services, Inc.
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High-tech Packaging for High-tech Medicine
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As more biologics and biosimilars come on to the global pharmaceutical market, they can and will present unique packaging and containment challenges. For materials that are sensitive to glass or that may require larger-dose volumes or custom configurations, cyclic olefin polymers may offer a solution. These novel materials for drug container closure systems can provide a needed alternative to traditional glass containment systems for advanced therapeutics.
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News and Press Releases |
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Evotec Launches PanOmics Data Analysis Platform PanHunter at Bio-IT World
Hamburg, Germany, 18 October 2022: Evotec SE (Frankfurt Stock
Exchange: EVT, MDAX/TecDAX, ISIN: DE0005664809; NASDAQ: EVO) today
announced the launch of the first commercial version of its PanOmics
data analysis platform PanHunter at Bio-IT World (18-19 October in
Berlin, Germany). PanHunter is Evotec’s PanOmics data access and
analytics platform and was developed and used successfully internally
and in industry-shaping drug discovery partnerships over many years.
Evotec now makes PanHunter available to collaborators and partners as a
software-as-a-service (“SaaS”) product.
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White Papers |
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Microalgae Culture Using the DASGIP® PBR4 Module for Illumination with a New Brunswick™ CelliGen® 310 Stirred-tank Bioreactor
Eppendorf
The number of bioprocess applications for microalgae has increased in recent years, particularly in the fi eld of biofuel production. The combination of the New Brunswick CelliGen 310 stirred-tank bioreactor and the DASGIP LED Illumination System creates a bioreactor setup which is capable of supporting high density microalgal growth. Using the stand-alone Eppendorf DASGIP PBR4 Module, LED illumination spectra and intensities can be controlled for optimal support of all types of chlorophylls and carotenoids. For this study in which high density culture of up to 1.5 x 107 cells/mL was achieved, the unicellular freshwater alga, Dunaliella tertiolecta, was used.
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