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Predicting the Long-Term Stability of Biologics

Learn how to predict long-term mAb stability in a formulation screen by quantification of conformational and colloidal stability more

Rapid Characterization of Biosimilars

A Revolution: nanoDSF features minimal time and material requirements, as well as best precision, reproducibility and data quality more

Getting the Full Picture: Predicting the Aggregation Propensity of mAbs

Getting the full picture: predicting the aggregation propensity of mabs using chemical and thermal denaturation on a single, fully automated platform more

nanoDSF vs. µDSC: A Comparative Study for Biopharmaceutical Formulation Development

High-resolution thermal stability analysis with nanoDSF is 100 times faster and requires 40 times less sample compared to more

Magnetic 3D Cell Culturing – Simple and Effective Technology with Wide Range of Applications

Magnetic 3D cell culturing allows rapid development of three-dimensional models as well as co-culture of various cell lines more

All white papers

Predicting the Long-Term Stability of Biologics

Learn how to predict long-term mAb stability in a formulation screen by quantification of conformational and colloidal stability more

Rapid Characterization of Biosimilars

A Revolution: nanoDSF features minimal time and material requirements, as well as best precision, reproducibility and data quality more

Getting the Full Picture: Predicting the Aggregation Propensity of mAbs

Getting the full picture: predicting the aggregation propensity of mabs using chemical and thermal denaturation on a single, fully automated platform more

nanoDSF vs. µDSC: A Comparative Study for Biopharmaceutical Formulation Development

High-resolution thermal stability analysis with nanoDSF is 100 times faster and requires 40 times less sample compared to more

Magnetic 3D Cell Culturing – Simple and Effective Technology with Wide Range of Applications

Magnetic 3D cell culturing allows rapid development of three-dimensional models as well as co-culture of various cell lines more

All white papers on laboratory

nanoDSF vs. µDSC: A Comparative Study for Biopharmaceutical Formulation Development

High-resolution thermal stability analysis with nanoDSF is 100 times faster and requires 40 times less sample compared to more

Cell Cultivation without Contamination

How do you prevent contamination in the CO2 incubator? What concepts are there? And which are truly effective and practicable? more

Application-specific Membrane Prefilters for Highly Efficient Processes in Biopharmaceutical Production

New medicines and diagnostics on the one hand and rising cost pressure as a result, for example, of the launch of generics and biosimilars on the other mean that new, highly efficient methods are required in biopharmaceutical production. In order to more

Filter Integrity Testing

The integrity testing of sterile filters constitutes a critical and mandatory regulatory step in biopharmaceutical production processes. However, performing such filter integrity tests costs time. Indeed, it can take a good 20 to 30 minutes to perfor more

Additional Repeatability Test As Part of DKD Calibration

Together with the customer, Sartorius developed an additional repeatability test, which is now performed as a supplement to DKD calibration. The test enables the measurement uncertainty to be more accurately calculated and, therefore, the quality of more

All white papers on process
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