CytoData Symposium

September 21-25, 2018

Broad Institute, Cambridge MA

The CytoData Symposium brings together the image-based morphological profiling community to exchange new developments in the field! We will kick things off with full-day symposium on Sep 21, featuring speakers from industry and academia. We will factor in enough time so you connect with each other during and after the event. The 2-day hackathon (Sep 24-25) will have you fully immersed in the techniques underlying profiling! We will form teams and tackle some exciting problems in the field. So pack your laptops and prepare to hack!  

For more information please visit our website www.cytodata.org

 
Details

When: September 21-25, 2018

Where: Broad Institute, 415 Main Street, Cambridge, MA

Cost: $50 (Includes all three days)

Organizer: CytoData Society

Host:  Imaging Platform, Broad Institute

The CytoData society (CytoDS) is an international society that builds and maintains an active community around image-based profiling of biological phenotypes induced by genetic, chemical or other perturbations of biological systems. This field is still in its infancy, and its adoption has been slow, primarily due to the data analysis challenges posed, the large imaging experiments required, and the lack of ground-truth data sets where relationships among images are known. Our goal is therefore to bring image-based profiling into the mainstream by organizing the community working on this technology.

 

The Carpenter Lab / Imaging Platform is based at the Broad Institute of MIT and Harvard in Cambridge, Massachusetts, USA. Our research group develops advanced methods and software tools to quantify and mine the rich information present in cellular images to yield biological discoveries. Our laboratory is best known for our open source software packages CellProfiler and CellProfiler Analyst, but a major focus these days is profiling: we are using advanced machine learning methods to identify morphological patterns in cell populations, to probe the causes and cures for disease.