Improving Efficiency of Biological Manufacturing - A Case Study Driven Approach

This FREE webinar was recorded on:
Tuesday, May 20, 2014
10:00 AM - 11:00 AM EDT
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Improving Efficiency of Biological Manufacturing - A Case Study Driven Approach

The goal of this webinar is to show, with a case study of a typical lab scenario, how scientists working with biologicals can be empowered  to capture their data electronically and collaborate with others throughout a broader organization.  Once all the data is obtained, powerful data analyics enable the scientist to gain insight and determine the ideal growth conditions.

It will address:

  • Documenting experimental conditions
  • Linking conditions to sample analysis data
  • Collating data from multiple scientists and activities
  • Analyzing data, finding meaningful results
     

This webinar will show how the scientists in a biologics organization can improve efficiency by streamlining workflows; linking samples, data, and analysis; and ensuring consistency throughout the bioprocessing workflow using an Electronic Laboratory Notebook (ELN).We will focus on a typical laboratory scenario in which  a  scientist in upstream processing needs to determine the optimal growth conditions of a specific clone. Numerous conditions including  media, cell line and fermenter settings are established to create samples which will be purified and tested by the downstream processing group. Informatics allows analyzing all this information together which enables  the scientist to determine the ideal growth conditions for optimal yield and purity of the desired biological.
 

Additionally, we  will show how these scientists can easily capture their data and collaborate with others within their broader organization.  Once all the data is collated, the scientist can gain insight and determine the best solution – in this case, the ideal growth conditions.
 

Who Should Attend?

  • Biologicals Process Development Scientist 
  • Senior Bioprocess Engineer
  • Director, Purification & Formulation Processes 
  • Process Development Manager 
  • Scientist Fermentation 
  • Process Technologist
  • Business analyst
  • IT Project Manager

Presenter:

Patrick Ansems
Application Specialist
PerkinElmer

Patrick Ansems received his BS.c in Microbiology from the University of Applied Sciences, Etten-Leur, Netherlands. Following his studies , he joined Unilever R&D Vlaardingen where he worked for 7 years in the Molecular Aspects of Health Department where he was responsible for the development and screening of food related compounds in a variety of GPCR related assays. Subsequently Patrick joined a start-up company, Lead Pharma, where he was Head of Operations responsible for the cloning, small scale up and downstream processing of proteins and the development of the screenings assays. Patrick joined PerkinElmer in 2011 as a member of the European Regional Marketing team working on Biology Enterprise solutions and Analytics.