Flow and Image Cytometry

I: Membrane Dynamics and Function.- Analysis of CD28 Interactions with Its Cognate Counter-Receptors CD80 and CD86.- Membrane Transport Dynamics.- Endogenous Lectins in Circulating Cells and Their Glycosylated Ligands: Their Role in T Cell Homing.- Use of Different Cytometric Techniques to Study the Cytotoxic Interaction between Human Natural Killer Cells and K562 Target Cells.- In Vitro Reconstitution of Early Endosome Membrane Dynamics.- Change in Membrane Fluidity After Pinocytosis of a New cytokine IK on Resting and Activated T cells.- II: Cell Proliferation and Gene Expression.- Cell Cycle and Cell Proliferation Markers.- Advances in Flow Cytogenetics: Progress in the Development of a High Speed Optical Chromosome Sorter Based on Photoinduced Adduct Formation Between psoralens and chromsomal DNA.- Analysis of Cell Death by Flow Cytometry.- Molecular Cytogenetics: Uses of Flow Sorted Chromosomes, Fluorescence in situ Hybridisation (FISH) and Digital Microscopy for the Analysis of Genomes.- DNA Topoisomerases as Drug Targets and Cell Cycle Checkpoint Effector Molecules.- Hemopoïetic Cell Differentiation and Death by Retinoids.- III: Data Management Systems Cell sorting Techniques Microscopy.- Myc in The Control of Proliferation and Apoptosis.- Flow Cytometry: Analyses for All Sizes.- Flow Cytometric Immunophenotyping Using Cluster Analysis and Cluster Editing.- to High-Speed Flow Sorting.- Applications of Near-Field Microscopes to Cell Biology.