Excellence for cell and gene therapy manufacturing

Isolation enzymes

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Maximize yields of viable cells with efficient cell isolation

High-purity enzymes with well-characterized performance parameters are essential for safe and efficient cell isolation from diverse tissue sources. Our collagenases ensure maximum cell yield, while DNase I allows for elimination of interfering DNA. Collectively, our enzymes ensure high cell yield and viability and thus optimal downstream applications.

Expansion: Cell detachment enzymes
 

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Gain certainty with Trypsin, rec., GMP Grade

Fast, effective, yet gentle detachment of cells is vital for scaling manufacturing of cell and gene therapies. Trypsin, a serine protease, efficiently facilitates cell detachment by cleaving peptide bonds, enabling rapid separation of cells from culture surfaces. Simultaneously, the final product must be safeguarded against variability or contamination introduced by raw materials like enzymes.

Mycoplasma testing

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Take control of your cell and gene therapy bioprocess with Cedex® Analyzers

In the development of cell and gene therapies, effective bioprocess control is crucial for a seamless transition to commercialization. Close monitoring of culture conditions ensures consistency, quality, and predictable outcomes. Implementing validated commercial technologies overcomes the challenge of diverse starting materials and processes.

Deliver constant product quality with rapid and reliable quality control kits

Fast, sensitive and reliable quality control kits facilitate manufacturing with constant product quality. With our QC Sample Preparation kit, efficient sample preparation for subsequent PCR tests is ensured. The MycoTOOL Real-Time PCR Kit allows for sensitive mycoplasma detection, which is crucial in manufacturing workflows to ensure the quality and safety of cell-based medicinal products. Additionally, the residual DNA E. coli kit enables the accurate quantification of residual host cell DNA, thereby further enhancing the overall manufacturing reliability.