PMID: 1705482Oct 1, 1990Paper

Splitting cell adhesiveness into independent measurable parameters by comparing ten human melanoma cell lines

Cell Biophysics
P AndreC Aubert

Abstract

The concept of cell adhesiveness was analyzed by looking for correlations between the adhesive behavior and measurable biological properties of different cell populations. Ten established lines of melanoma cells were assayed for passive deformability (by micropipet aspiration), active spreading (by measuring the height/diameter ratio after incubation on different surfaces), density and mobility of concanavalin A binding sites (by quantitative analysis of fluorescence microscopic images), spontaneous and concanavalin A-mediated agglutination (by measuring the number of cell conjugates resisting calibrated shearing forces), and binding to glass capillary tubes (with a quantitative assay of binding strength). Forty-four different parameters were thus measured, and each set of determinations was repeated 2 or 3 t at different days on each cell line. Analysis of variance was performed to assess the capacity of each parameter to discriminate between different lines. Correlations between different parameters were studied in order to understand a possible influence of cell intrinsic properties on the behavior of individual cells. The following conclusions were suggested by experimental data 1. Cell spreading ability, resistance to slow...Continue Reading

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Citations

Nov 17, 2010·European Biophysics Journal : EBJ·Ekaterina V ShamovaAlexander V Timoshenko
Nov 19, 2003·Journal of Biomedical Materials Research. Part a·Jian YangShenguo Wang

Related Concepts

Cell Adhesion
Cell Aggregation
Plasma Membrane
Concanavalin A
Melanoma
Immunofluorescence Microscopy
Tumor Cells, Cultured

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