Oral Presentation Australasian Cytometry Society 41st Annual Conference

Understanding the  rapidly emerging field of single cell-omics (24270)

Rob Salomon 1 , Dominik kaczorowski 1 , Wenyan Li 1 , Nona Farbehi 1 , Chuan En (Eric) Lam 1 , Hira Saeed 1 , Helen McGuire 2
  1. Garvan-Weizmann Centre for Cellular Genomics, Garvan Institute of Medical Research, Sydney, NSW, Australia
  2. Ramaciotti Facility for Human Systems Biology, Charles Perkins Centre, The University of Sydney NSW 2050, Sydney, NSW, Australia

Over the in the last few years technologies that allow low cost, high throughput single cell genomic analysis have  emerged and have successfully been leveraged in the understanding of both normal function and disease states.  Whilst flow cytometry is still the gold standard cellular characterisation tool, the rise of these novel single cell-omics technologies have, in some circles, been seen to be directly challenge the relevance of flow cytometry. 

By discussing the technical aspects of technologies such as DropSeq, Chromium 10x, Rhapsody, CiteSeq as well as plate based  protocols such as MARSSeq/ CellSeq/SmartSeq and the sequencing considerations that are used with these techniques alongside advanced cytometry techniques such as high dimensional fluorescence (Symphony a5) and Mass Cytometry (CYTOF) we hope to open a dialogue to discuss how genomic cytometry (the practice of  measuring cells using traditional genomic technologies) can complement and expand more traditional approaches of cytometry.