Basic and Clinical Applications of Flow Cytometry

1. Cytometry 2000: Laser Probing the Future.- 2. Activation and Proliferation of Purified Hemato-Poietic Precursor Cells from Human Bone Marrow.- 3. Flow Cytometric Proliferative Fraction Analysis in Solid Tumors.- 4. Mitogenic and Non-Mitogenic Induction of Lympho-Cytic Invasion: Dual Parameter flow Cytometric Analysis.- 5. Flow Cytometric Monitoring of Drug Resistance in Human Solid Tumors.- 6. Flow Cytometry in Oncology: Some Lessons from History.- 7. DNA Flow Cytometry Application to Clinical Trials in Breast Cancer.- 8. Processing of Solid Tumors for DNA analysis by Flow Cytometry.- 9. SJL Model for Lymphoma Treatment.- 10. Gene Mapping and Molecular Cytogenetics Using Flow-Sorted Chromosomes.- 11. The Clinical Potential of DNA Content Parameters in Human Pediatric and Adult Solid Tumors.- 12. Differentiation of Human B-Cell Tumors: A Preclinical Model for Differentiation Therapy.- 13. Probing Immune Responses: The Role of Intra-Cellular Glutathione.- 14. DNA Topoisomerase II Poisons and the Cell Cycle.- 15. In Situ Hybridization of Centromeric DNA as Visualized on the Nuclear Matrix by Laser Confocal Cytometry.- 16. Megakaryocytopoiesis 2000.- 17. The Molecular Basis for the Control of Mammalian Cell growth.- 18. Isolation of Rare Cells by High-Speed Flow Cytometry and High-Resolution Cell Sorting for Subsequent Molecular Characterization - Application in Prenatal Diagnosis, Breast Cancer and Autologous Bone Marrow Transplantation.