Astrea Bioseparations Capabilities presentation
Learn about the challenges facing Biomanufacturing and how Astrea Bioseparations can help overcome many of these through their Discover, Develop, Deliver services.
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2:03Watch how easy it is to change out the wetted parts on the new 45cm diameter column.
31:00Astrea Bioseparations Webinar#6 - The Role of Process Development in Chromatography
49:08Learn about our approach to implementing a GMP compliant Quality Management System, the issues that arose and how we dealt with them.
17:53A review of pre-packed EvolveD™ column technologies from Astrea Bioseparations, providing ready to use GMP columns. An open platform suitable for any Bioprocess chromatography media.
31:10Learn about the importance of removing residual Endotoxins from Biopharmaceuticals and the associated challenges this brings.
35:20Learn about the use of Astrea's Multi Mode Mimetic Ligand Library and what happens after you get an initial hit.
43:32Dr. Steven J. Burton reviews the challenges faced in biomanufacturing and how Astrea Bioseparations can help overcome many of them through their Discover, Develop, Deliver services.
4:54Evolve Process columns have a unique feature in that all wetted parts can be replaced using a Refresh Kit, making the columns semi-disposable, eliminating the need for clearance and cleaning validatio
5:05A presentation on Astrea Bioseparations' Multi-Mode Mimetic Lingand™ Library. A novel screening tool with 96 different Affinity/ Multi-Mode ligands designed to bind either target or impurities without
3:20Now you can screen you feedstock against a library of 96 adsorbents to see which bind the target molecule or impurities without adjusting the feedstock conditions.
2:14Follow the expansion of Astrea Bioseparations adsorbent manufacture plant on Isle of Man. which has created capacity to deliver batch sizes up to 1000L and over 40,000L per annum.
21:55Affinity chromatography has a long history of use in bioprocesses and is a powerful tool in making industrial processes more efficient by reducing the number of steps necessary to achieve the desired