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European Biopharmaceutical Review

Capturing Recombinant Proteins

Recombinant DNA technologies are widely used in the drug discovery process, not only to produce novel, engineered proteins, but also to generate proteins in the quantities required for downstream research. Purifying these proteins remains a bottleneck. This article looks at a novel method to rapidly isolate structurally and functionally intact histidine-tagged recombinant proteins using superparamagnetic beads.

Recombinant DNA (rDNA) technologies are a cornerstone of the biotechnology industry and have revolutionised approaches to the discovery of new medicines. Pioneered by scientists such as Paul Berg, Stanley Cohen and Herbert Boyer in the early 1970s, rDNA methodologies allow scientists to 'cut and paste' DNA to engineer novel proteins, and to transfer DNA from one organism to another. They also provide the means to generate proteins in the quantities required for downstream studies in drug discovery - from target identification, target validation and screening of compound libraries, to ADME-Tox studies.


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By Beate Rygg Johnsen, Product Manager at Dynal Biotech

Beate Rygg Johnsen is an International Product Manager at Dynal Biotech, Oslo in Norway and is responsible for the company's efforts within the area of proteomics. Beate is driving Dynal Biotech's penetration in drug discovery. She holds a MSc and a Cand Scienct from the University of Oslo, Institute of Biochemistry, and a degree in marketing management from BI, Norwegian School of Management.

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Beate Rygg Johnsen
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