Discover how automation is transforming protein purification, reducing costs and accelerating biopharma drug development.

Understanding and characterizing complex compounds is essential for drug discovery and development. Chromatography is a vital ...

Case studies will also be presented, along with a deep dive into optimizing this type of protein purification process. Learning Objectives: 1. Define what how self-removing tags are used during ...

Depending on the process and who provides the statistics, downstream processing accounts for between 50–80% of the cost of producing biotech drugs. Whatever the exact number, protein ...

There are a wide variety of protein-based drugs that are used to treat various serious conditions. Insulin is perhaps the most well-known example, which is used for life-saving treatments for diabe… ...

The new purification process is detailed in a paper, "Controlling Protein Transport in Ultrafiltration Using Small Charged Ligands," published online in the current issue of the journal ...

Protein purification weighs in at about 50 percent of the workload of making and formulating the product, says Erica Shane, director of process biochemistry at Medimmune (www.medimmune.com).

Known as precipitation, Zydney's new protein purification process involves adding zinc chloride and polyethylene glycol, a water-soluble polymer, to a solution containing the antibody.

Known as precipitation, Zydney's new protein purification process involves adding zinc chloride and polyethylene glycol, a water-soluble polymer, to a solution containing the antibody.

During the protein purification process, positively charged sodium ions move from the feed to the redox channel and become chemically reduced at the negative electrode.