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Publications you would like to receive:
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Leipzig April 2006
Presentations |
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Quantitative Determination and Clinical Utility of the
Analysis of Circulating Epithelial Tumor Cells in Peripheral
Blood:
Prof. Dr.
med. Katharina Pachmann,
Friedrich Schiller University Jena, Dr.
med. Ulrich Pachmann, Transfusion Medical Center Bayreuth,
Germany |
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Clinically Relevant Cellular
Activation Markers:
Maurice
R.G. O’Gorman, Professor Pediatrics and Pathology,
Feinberg School of Medicine, Northwestern University,
Chicago, IL, USA |
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Effect of Selenium on Mitochondrial Genetic and Metabolic
Stress in Human Osteosarcoma Cells:
Joanna Szczepanowska, et al., Nenki Institute of Experimental
Biology, Warsaw, Poland |
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From Basic Science to Clinical Diagnostics–A Field Report:
Schwock J, Hedley DW, and Geddie WR,
Department of Laboratory Medicine and Pathobiology, Princess
Margaret Hospital, Ontario Cancer Institute, University of
Toronto, Ontario, Canada |
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Multi-parameter Analysis of Cell Death
Signaling in Cancer Cells:
Shazib Pervaiz, MD, PhD,
National
University of Singapore |
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Selected LSC Applications:
1Zsolt
Bacso, 2Attila Megyeri, 3James F.
Eliason,1University
of Debrecen, Medical and Health Science Center, Department
of Biophysics and Cell Biology,2University of
Debrecen, Medical and Health Science Center, Department of
Pharmacology and Pharmacotherapy,3Barbara Ann
Karmanos Cancer Institute, Detroit, Michigan, USA |
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Slide Based Cytometry or How to Measure Anything in a Cell:
Attila Tarnok, Pediatric Cardiology, Cardiac Center,
University of Leipzig, Germany |
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Application Notes for iCyte and iCys Imaging Cytometers |
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Cell-Based Applications |
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Characterization of Apoptosis Using Phosphorylated
Gamma-H2AX and DNA Content |
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Multi-Parametric High Content Cellular Analysis of
Cell Cycle Progression and Cleavage of Caspase-3
during Camptothecin-Induced Apoptosis |
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Automated Laser Scanning Imaging Cytometry in
Apoptotic Pathway Characterization |
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Transfluor® Assay on the iCyte™ Imaging
Cytometer |
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Further Transfluor® Assay Development on
the iCyte™ Imaging Cytometer |
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Quantitative Cell
Cycle Information Compared to Cytochalasin B Blockage
in Cell Line Micronucleus Assays |
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Mitochondrial-Specific Agents for Effective Targeting
of Tumor Cells |
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Poster:
High-Content Analysis of Differential Effects of
Camptothecin on Cell Lines: Apoptosis vs. Senescence |
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Detection of Differential Effects of Camptothecin on the
Cell Cycle |
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Measurement of G2/M Index by Immunostaining of
Phosphorylated Histone H3 (Ser 10) |
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Tissue-Based Applications |
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Combined Fluorescence and Chromatic Based Hepato-Pathological
Tissue Analysis |
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Tools
for High-Content Automated Tissue Analysis |
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High-Content Analysis of Tissue Microarrays: Extending
the Genomics Revolution to Tissue Analysis |
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Automated
Molecular Analysis Of Chromatically And Fluorescently
Stained Microarrays |
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Automated Quantitative Assessment Of Her2 Protein
Expression In Tissue Microarrays By Laser Scanning
Cytometry: Correlation With Visual Grading And Fish
Her2 Copy Number |
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Automated Analysis of Chromatically Stained Tissue Sections
by Three Laser (RBG) Scanning Cytometry |
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CompuCyte
LSC Technology Presentations |
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LSC Technology
Basics and Comparison with Other Cytometry Technologies |
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Laser
Scanning Cytometry Technology |
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Applications of Laser Scanning
Cytometry in Preclinical Drug Safety Studies, Drug Discovery
Technology 2004 |
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End-User
Presentations |
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iCyte and
iCys Presentations |
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Utilization of Chromagenic Dyes for Quantitative Tissue Analysis:
David Krull, Research Scientist, Molecular and Ultrastructural
Pathology, GlaxoSmithKline Safety Assessment, Research Triangle Park, NC,
CompuCyte Workshop, CA, 2005 |
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Use of
the iCyte® Automated Imaging Cytometer for enhanced high-content
cellular analysis approaches and screening applications:
Stephan Ruetz, Lab Head, Oncology Research, Novartis, Switzerland,
CompuCyte Workshop, CA, 2005 |
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Mitochondrial-specific agents for effective targeting of tumor cells:
Shazib Pervaiz,
Vice Dean (Research and
Graduate Studies) and Director, Faculty of Medicine, National University of
Singapore, CompuCyte Workshop, CA, 2005 |
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High Throughput, High Content Screening with Fixed, Archival Tissues:
James F.
Eliason, Chief Scientific Officer, Asterand, Detroit, MI,
CompuCyte Workshop, CA, 2005 |
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High
Content vs. High Throughput: You Can’t Have One Without the
Other, Raffi Manoukian, Amgen, ISAC 2004
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FCCP-
Induced Toxicity and Oxidative Stress in Rhabdomyosarcoma
Cells, Catherine Xu at al., Glaxo SmithKline, Society
for Toxicology Annual Meeting 2003 |
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6-Hydroxydopamine Induces Oxidative Stress and Toxicity in
Human Neuroblastoma Cells, Catherine Xu at al., Glaxo
SmithKline, Society for Toxicology Annual Meeting 2004 |
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Evaluation of Specific Gene Silencing Using siRNA in Single
Cells by iCyte Imaging Cytometry, Stephan Ruetz,
Novartis, ScreenTech 2004 |
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LSC presentations |
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Quantum
Nanoparticles and Laser Scanning Cytometry: William
Telford, Ph.D., Head, NCI ETI Branch Flow Cytometry Core
Laboratory, NIH, Bethesda, MD. |
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Cytometry
of DNA Damage: Zbigniew Darzynkiewicz, M.D., Ph.D.,
Director, Brander Cancer Research Institute, New York Medical
College, Hawthorne, NY. |
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Analysis of
Fluorogenic Enzyme Systems on the Laser Scanning Cytometer, William Telford, NCI/NIH |
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Analysis of Cytolytic T Cell
Activity Using a Fluorogenic Caspase 6 Probe on the Laser
Scanning Cytometer, William Telford, NCI/NIH |
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Detection of
HIV-1 Viral Fusion Using a Fluorogenic Beta-lactamase Reporter
System on the Laser Scanning Cytometer, William Telford, NCI/NIH |
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Analysis of
Cell Migration through Micropore Membranes by Laser Scanning
Cytometer, William Telford, NCI/NIH |
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Measurement
of Markers of Hepatotoxicity in Formalin-fixed Tissues Using
Laser Scanning Cytometer, Dominique Brees, Pfizer, Drug
Discovery Technology Congress 2004 |
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iGeneration
Assay Protocols |
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Characterization of DNA Strand Breaks Using Phosphorylated
Histone Gamma-H2AX and DNA content |
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Multi-fluorescent Application Using Hoechst 33342, Mitoshift,
Yo-Pro-1 and PI to Determine Cell Viability, Function and
Cytotoxicity |
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Comparison of
DRAQ5 and Hoechst 33342 Fluorescent Dyes for Staining Live
Cell Nuclei |
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Measurement
of Intracellular Signal Transduction Activity Level by
Phosphorylated ERK 1/2 Immunostaining |
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Immunophenotyping Protocol for iCyte™ and iCys™ Imaging
Cytometers |
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Using Virtual
Channels to Perform Compensation and Correct Background
Autofluorescence in Laser Scanning Cytometry |
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Protein Expression in situ on Tissue Arrays |
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Analysis of Chromatically Stained Tissue Arrays |
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Cap Survey HER2 Immunohistochemistry |
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Dye Selection Application Notes |
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Cell Count Application Notes |
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