Advances in Cytometry: Applications

1. Microbial ecology of marine plankton through individual cell analysis by automated flow cytometry<br>Gregori G. <br>2. Monitoring cell proliferation by dye dilution: combining protein-reactive and lipophilic probes”<br>Paul K. Wallace<br>3. DNA Cytometry for detection of genomic instability as a cancer precursor in the GI tract<br>Won-Tak Choi and Peter Rabinovitch<br>4. IImmunophenotyping Challenging Tissue Types using High-Dimensional Full Spectrum Flow Cytometry Kylie Price, Laura Ferrer-Font, Olivia Burn and Johannes Mayer<br>5. Barcoding proliferative populations using Qdots.<br>Errington Howard-Jones<br>6. Upscaling of extracellular vesicle production from 3D cellular systems.<br>Errington Howard-Jones<br>7. Time lapse tracking of spheroid growth using far-red sensors - critical features and microenvironment. Errington Howard-Jones<br>8. Microbiota cytometry<br>Andreas Radbruch and Hyun-Dong Chang<br>9. In-depth and long-term intravital microscopy<br>Raluca Neisner and Anja Erika Hauser<br>10. Harmonized analysis of PBMC by mass cytometry<br>Henrik Mei<br>11. Methods for the separation, enrichment and detection of extracellular vesicles"<br>Dayong Jin<br>12. The potential of multiparameter cytometry in solid tumor analysis.<br>Keith Shults, Bruce Patterson and James William Jacobberger<br>13. DNMT levels as a pharmacodynamic marker of hypomethylating therapy.<br>James William Jacobberger and Philip Woost<br>14. Cell Metabolism: functional and phenotypic single cell approaches<br>Andrea Cossarizza and Sara Di Basi<br>15. Spectral Analysis & sorting of Microbial Organisms using a Spectral Sorter<br>J. Paul Robinson<br>16. Animal Models of Infectious Disease and Vaccination: Immune Monitoring Considerations<br>Diane Bolton<br>17. Molecular Cytometry As a Tool to Elucidate Mechanisms of Autoimmune Disease<br>Amrutesh Puranik and Ian Taylor<br>18. A Hitchhiker’s Guide To High-Dimensional Tissue Imaging With Multiplexed Ion Beam Imaging<br>Sizun Jiang<br>19. Measurable Residual Disease Defined by Phenotype vs. Genotype<br>Michael Loken and Chad Hudso