Date: 9 October, 2024

Start times:
Broadcast #1: 9 October - 8 am PDT (Los Angeles) / 10 am CDT (Chicago) / 11 am EDT (New York) / 4 pm BST (London) / 5 pm CEST (Paris/Berlin)

Broadcast #2: 9 October - 1 pm PDT (Los Angeles) / 3 pm CDT (Chicago) / 4 pm EDT (New York)

Broadcast #3: 10 October - 8 am CEST (Paris/Berlin) / 9 am EEST (Cairo) / 11:30 am IST (Mumbai) / 2 pm SGT (Singapore) / 3 pm JST (Tokyo)

Duration: Approximately 60 minutes

Presenter
  • Gabrielle Kerkow (Application Scientist, Biotage)
Event Overview:
Researchers in early antibody and protein drug development are now harnessing the power of automation to transform traditional purification techniques into high-throughput, automated processes. This game-changing approach lets them explore protein expression, stability, and functionality before scaling up to larger volumes. While protein scientists excel in engineering and purification, the complexities of automation bring new challenges that can significantly impact workflow and performance.

Join us for an exciting webinar by Biotage, where we’ll dive into the evolution of major automated, small-scale protein purification platforms over the past 20 years. By focusing on screening and process development applications, you’ll gain invaluable insights that will help you choose the perfect automation platform for your needs. We’ll cover everything from entry barriers (such as time and cost) to automation efficiency, downstream compatibility, and overall performance. Plus, we’ll present comparative performance data across platforms, highlighting key metrics for optimizing protein purification such as yield, concentration, consistency, and purity.

What you will learn:
  • Valuable insights into how automation platforms are used in screening and process development applications
  • Tips on selecting the appropriate automation platform for your specific needs
  • Understanding the time and cost barriers to adopting automation
  • Evaluating the efficiency of different automation platforms and assessing how well they integrate with downstream processes
  • Comparative performance data across the platforms – protein yield, concentration, consistency, and purity