Upcoming Webinars

Cell Viability Studies Using Image Analysis

Presenter Name: Presented by Loralie Dewe, Applications Specialist, Media Cybernetics 
January 15, 2008
Tuesday at  01:30 PM  (New York time)
 Pre-register for this Webinar


Identification and classification of mixed populations of cells into subgroups of healthy, stressed, apoptotic, and necrotic subpopulations can be readily performed using image processing techniques. Morphological differences and/or fluorescence indicators can be exploited to categorize cells and serve as a step toward deeper understanding of cell proliferation and cytotoxicity. Performing this work on a daily basis however, can be tedious, time-consuming, and subject to error unless assisted by image processing tools that are designed for the task.
 
Attendees will learn how to achieve maximum accuracy and reproducibility by applying a sequence of processing steps to their images and see how to leverage common feature-extraction and measurement tools to categorize, sort, count, and graph their data.
 
Bring your questions to this live, interactive web-based seminar.
 
Subjects include:
 
  • Enhancing images for accurate processing
  • Performing thresholding operations to separate cells from background
  • Utilizing spatial and morphological filters to differentiate cell populations
  • Capturing and presenting viability data
  • Archival and databasing of images
 
Provided at no cost, this webinar is sponsored by MAG, the Microimaging Applications Group. MAG is a group of imaging companies who work together to provide an unparalleled range of microimaging solutions to science and industry.


About the Presenter:

Loralei Dewe is an Applications Specialist with Media Cybernetics. Previously, she was Co-Director of a core Confocal Microscopy facility for the School of Medicine at the University of California at Davis. Her background includes 10 years of laboratory research as well as developing and teaching microscopy and imaging workshops and seminars for Medical and Veterinary Students.
www.magworldwide.com
www.magworldwide.com