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Viability of dielectrophoretically trapped neural cortical cells in culture

2001; Elsevier BV; Volume: 110; Issue: 1-2 Linguagem: Inglês

10.1016/s0165-0270(01)00414-9

1872-678X

Tjitske Heida, Paul Vulto, Wim Rutten, E. Marani,

3D Printing in Biomedical Research

Negative dielectrophoretic trapping of neural cells is an efficient way to position neural cells on the electrode sites of planar micro-electrode arrays. The preservation of viability of the neural cells is essential for this approach. This study investigates the viability of postnatal cortical rat cells that were dielectrophoretically trapped. Morphological characteristics as well as the ratio of the number of outgrowing to the number of non-outgrowing cortical cells were used to compare the viability of trapped cells to that of non-exposed cells. The morphological characteristics include the area of the cell, representing adhesive properties, and the number and length of the processes, as a measure for functional recovery. The results presented in this paper show that the viable state of dielectrophoretically trapped postnatal cortical rat cells under the conditions used was similar to that of non-exposed cells.