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Fermentation plays a vital role in delivering high quality, scalable products for biopharmaceuticals and sustainable chemicals. But success depends on precisely controlling parameters such as temperature, pH, nutrient supply and oxygen levels. Optimising these conditions – and scaling them efficiently…
The use of enzymes as catalysts in chemical reactions offer several advantages for pharmaceutical manufacturing over traditional chemical production routes. Benefits include high selectivity, product purity and mild reaction conditions that reduces energy consumption and waste whilst removing the use…
Biomanufacturing uses biological systems to produce commercially relevant molecules– such as peptides, proteins, antibodies and small molecules – at scale. Choosing the ideal host organism is crucial for an efficient and economical bioprocess, and mammalian cell lines and Escherichia coli are currently the…
The performance and economics of any bioprocess are significantly impacted by the choice of host platform. Ingenza’s diverse range of bacterial, yeast and mammalian production platforms is an excellent foundation for biomanufacturing development. In this white paper, Rita Cruz, Section Head of…
Ingenza has a comprehensive suite of validated analytical methods and assays that can be readily employed to fully characterise both small molecules and biologics targets throughout all stages of bioprocess development and optimisation. We aim to deliver high quality results…
Engineering biology uses engineering principles to manipulate biological systems with the aim of creating useful products and addressing diverse challenges in human health and the global environment. At Ingenza, we rely on biological engineering to help our customers create numerous…