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Analytical Methods for Viral Vector Development and Manufacturing in Gene Therapy
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eBook
Are you working in the Gene Therapy field and developing/ performing analytical methods for viral vector development and manufacturing?
Take a look at our eBook: "Analytical Methods for Viral Vector Development and Manufacturing in Gene Therapy", It covers the history of gene therapy, viral vectors types, the role of CDMOs, the automation of analytical assays, and Hamilton's solutions for customers in research and GMP-regulated environments.
Case Study
Are you performing analytical assays requiring medium/long-term cell culture and looking to automate them?
In this Case Study, Oxford Biomedica, an innovative global gene and cell therapy company with operations in the UK and US, describes the automation of an assay requiring a 10-day cell-based workflow, using an integrated Hamilton Microlab® STARTM liquid handler and CECULA's Graphical User Interface (GUI).
Video
See the automated system that Oxford Biomedica uses to determine viral vector titer: a Hamilton Microlab® STARTM enclosed on a class II cabinet and integrated with an incubator and a plate hotel. The 10-day workflow uses Hamilton's VENUS software and CECULA Graphical User Interface (GUI).
Webinar
During this Webinar, Dr. Andre Raposo, Director of Platform Research at Oxford Biomedica (OXB), talks about the development of analytical assays at OXB and describes how automation, Design of Experiments (DoE) and machine learning are used to develop, optimize and validate new analytical methods.
Demo Video
In this video, Rainer Fürst, Team Leader Integrated Systems Development at Hamilton Robotics, describes in detail CECULA, Hamilton's Graphical User Interface (GUI) for planning long-term cell culture-based workflows.
Case Study
Are you performing multiple ELISA assays on your samples and looking to automate them in parallel?
In this Case Study, the Analytical Development group at AGC Biologics Milan, describes the automation of two ELISA-based workflows to assess lentiviral vector purity, using a Hamilton Microlab® STARlet liquid handler integrated with a plate washer, a plate spectrometer, and two plate incubators.
Video
See the automated system that AGC Biologics Milan uses to assess the purity of therapeutic viral vectors: a Hamilton Microlab® STARlet liquid handler integrated with a plate washer, a plate spectrometer, and two plate incubators.
Related Content
Webinar
Do you know that Hamilton offers solutions across many different technical areas and phases of the drug development process? Whether you work on compound handling, DMPK, manufacturing or quality control, Hamilton has a wide range of solutions already implemented in the field.
During this Webinar, we gathered experts from all Hamilton business units to describe how Hamilton products are used across the different technical areas and phases of the drug development process, from the use of (semi) automated liquid handlers and storage systems for compound handling in the drug discovery phase to the use of inline intelligent sensors in the production phase.
