Roberts, Denise |
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The meeting is
structured to combine both the theory and practice of QIC, with morning
seminars featuring a keynote lecturer and presentations by researchers
employing the technology in their work. Confirmed presentations and speakers
include: ·
Time, Biochemistry, and Cell States: Role of cytometry in
systems biology – James Jacobberger,
Professor of Oncology, Case Comprehensive Cancer Center, Cleveland, OH ·
Laser Scanning Cytometry: Where it fits into modern
biomedical analysis – William Telford, NIH/NCI, ·
Application of Laser Scanning Cytometry to the Functional
Analysis of a Protein Phosphatase in a Mouse Model of Parkinson’s Disease –
Nicholas Tonks, Director of Shared Resources, Cold Spring Harbor Laboratory
Cancer Center, Cold Spring Harbor, NY ·
Quantitative Imaging Cytometry: How it complements the
analytical capabilities of flow cytometry and molecular biology techniques – Zbigniew Darzynkiewicz, Professor of
Pathology, Brander Cancer Research Institute, ·
Cell Fate Signaling in Tumor Cells – Shazib
Pervaiz, Professor, ·
Potential Mechanisms for the Generation of Chromosome
Aneuploidy in Human Cancer – John M. Lehman, Professor
of Pathology, Brody School of Medicine, East Carolina University, Greenville,
NC ·
The Role of Circulating Epithelial Tumor Cells (CETC) in the
Metastatic Pathway – Katharina Pachmann,
Professor, Department of Experimental Hematology and Oncology, Friedrich
Schiller Universität, Jena, Germany ·
Looking at Old Colors with New Lights: Applying
quantitative imaging cytometry to diagnostic cytopathology and
histopathology – William
Geddie, Department of Laboratory Medicine and Pathobiology, ·
Quantitative Imaging Cytometry Applications in Pre-Clinical
Drug Development – David Krull,
GlaxoSmithKline Safety Assessment, ·
Quantitation of Caspase 3 Activation as a Pharmacodynamic
Endpoint in Fine Needle Aspirate (FNA) Biopsies – Gloria Juan, Clinical Immunology,
Amgen, ·
Quantitative Imaging of Biomarkers in Whole Sections and
Tissue Microarrays – Viju
Ananthanarayanan, Lectures are followed by small group
laboratory sessions providing extensive hands-on practical opportunities for
further skill development in applying quantitative imaging cytometry (solid
phase laser scanning cytometry) techniques in cell- and tissue-based
applications. These sessions will be guided by an expert-level faculty from
universities and industry and will focus on the following areas: ·
Practical
instruction in designing QIC experiments: Implementation of high-content cell-
and tissue-based applications on the iCys® Imaging Cytometer,
quantification of fluorescence and laser light loss, defining assay end-points,
dye selection (fluorescent and chromatic), sample preparation for automated
analysis, troubleshooting analytical and image performance. ·
Advanced data
analysis techniques: Multiparameter cell cycle; DNA damage; high-content
tissue microarray analysis. ·
Individualized
application development assistance on requested applications will be offered by
experienced staff. A full 3-day course fee of $1500
will cover admission to the morning symposia, all afternoon practical sessions
and materials, a peer-reviewed poster session and reception, accommodations for
three nights and meals for three days on the Cold Spring Harbor Laboratory
campus. Partial registration packages are also available. Registration and a Call for Poster
Abstracts are now available at www.ImagingCytometryCenter.com.
Registration is limited to 75 people; early registration is therefore
recommended. Questions may be addressed to [hidden email] or by phone
at 612-202-8316. |
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