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Dual flow chromatography (DFC) is the unique process of performing chromatography separations in a column bed loosely packed at the end of a pipette tip, retained by a minimally absorbing, proprietary...
Immunoprecipitation is a well-known method in biomedical research for protein isolation. This method is useful to be able to study a protein’s physiochemical properties, post-translational modificatio...
High-throughput methods for protein purification and production are becoming more common in the biopharmaceutical and biotech industry. Advancements have occurred in high-throughput expression and clo...
Purification of immunoglobulins is essential for the development of new biopharmaceuticals and affinity chromatography is a popular method for this application. One approach to purification of immunog...
Since the therapeutic use of antibodies for cancer continues to grow since Kohler and Milstein’s work on the hybridoma technology, the need for high throughput antibody purification has become a stapl...
Reversed-phase chromatography is an essential step in any drug discovery workflow, particularly as a desalting step prior to MS/MALDI analysis. One of the first choices you must make when you design y...
As the throughput in the drug discovery process of large molecules have, in recent years, become considerably more high throughput many are looking for ways to automate their sample management.
Plasmids are one of the cornerstones of modern biology, providing the foundation for several areas of important research including DNA vaccines, mRNA vaccines, viral vectors, and monoclonal antibodies...
One of the biggest challenges with automated plasmid purification is with culture growth conditions, leading to low yielding cultures. Many times, culture growth is unpredictable and hard to perfect. ...
Successful transient transfection relies on many factors, starting with a successful plasmid prep. To ensure high transfection efficiency, resulting DNA from your plasmid preps must be transfection gr...