Academic/Government Aerospace & Defense Automotive Chemicals Electronics Oil & Gas Personal & Home Care Pharma/Biotech
SciTegic Pipeline Pilot - Data Analysis and Reporting Platform Accord - Cheminformatics Software Materials Studio - Materials Modeling and Simulation Software Discovery Studio - Life Science Modeling and Simulation Software Additional Products
Overview Contract Research Implementation Solutions Consulting Support Training
Overview Scientific Business Intelligence Nanotechnology Consortium Biological Registration Special Interest Group Collaborators
Freeware Trials Product Updates
Conferences Seminars Training User Group Meetings Webinars
Application Guides Case Studies Publications Presentations White Papers
Overview Careers Contact Customers Investor Relations Legal Information Locations Management and Governance Press Releases Strategic Alliances
 
Share with others

High Content Analysis

March 11-12, 2008 – Crown Plaza, Berlin, Germany

  • Review examples of the use of HCA within different assay systems such as primary cells, live cells, 3D systems and whole organism models
  • Optimise the effectiveness of your work with step-by-step guides to strengthening your assay
  • Evaluate the current and future role of different visualisation and screening techniques such as label free assays, invivo imaging and live cell tracking
  • Learn from bottleneck solutions for data analysis
  • Hear problem and solution case studies and how methodologies for drug development have changed following the use of HCA
  • Critically analyse the role of HCA, and discuss its contributions, future uses and solutions to its limitations


Accelrys Presentation

Assay Development: A comprehensive informatics platform for interactive content mining and model building to reduce overall assay cost.
Case Study: Development and Application of a Bayesian Classifier for Apoptotic Cells
Tim Moran, Director of Imaging, Accelrys
March 11, 14:30

Here we discuss the use of a data agnostic platform for customizing data mining and modeling applications for intelligent high content data mining and modeling. Current imaging assays allow the analysis of many parameters for each cell. Cost and complexity of assays increase, however, with increasing numbers of reporter channels required for accurate result readouts. To remove the need for an apoptosis marker in a neuronal differentiation assay we discuss the development of a Baysian model of Hoechst nuclear stain characteristics for apoptotic and non-apoptotic cells. The development and application of this model will be presented along with an interactive dataflow application for automating QC, data transformation and archiving.


Delegate Discount Offer – Save 25%

As a valued contact of Accelrys we wanted to ensure that you benefit from the opportunities offered during this event and we have arranged for you to be entitled to a VIP Discount of 25% off the delegate fee – Save up to £575

Contact Informa Life Sciences on 44 (0) 20 7017 7481 or email registrations@informa-ls.com for further information and to take advantage of this exclusive offer. Please mention in all your correspondence to Informa Life Sciences and to Accelrys, VIP Code: CQ2171ACC to claim your 25% discount