Why Not Use Primary Cells?

Remacle, Claude;Amory, Brigitte;Gilon, Patrick;Grégoire, F.;Ska, L.;et.al.
(1989) Advanced Research on Animal Cell Technology — ISBN: [978-94-010-6881-9], p. 75-92, published

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  • Amory, BrigitteUCLouvain
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  • Grégoire, F.UCLouvain
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  • Hauser, N.UCLouvain
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  • Herbert, B.UCLouvain
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  • Masquelier, D.UCLouvain
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  • Mourmeaux, Jean-LouisUCLouvain
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  • Reusens, B.UCLouvain
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  • Schellen , B.UCLouvain
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  • Ska, L.UCLouvain
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Abstract
For the cell biologist, perhaps an ultimate goal is to explain how, from the unicellular zygote, the various cells of the organism proliferate, move, differentiate, and die. If the signals regulating these events are discovered, the complete developmental pattern would be explained. The program is currently under study in small animals, as Caenorhabditis and Drosophila (1,2). If one imagines a similar approach with more complex animals, man comprised, the key is found to take every desired cell at the good time and the good place, and then to govern its proliferation rate and differentiation. Needless to say that to have differentiated cells at work is a major biotechnological target, thanks to the variety of tests and products they can provide
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Remacle, C., Amory, B., Gilon, P., Grégoire, F., Hauser, N., Herbert, B., Masquelier, D., Mourmeaux, J.-L., Reusens, B., Schellen, B., & Ska, L. (1989). Why Not Use Primary Cells? In Alain O. A. Miller (ed.), Advanced Research on Animal Cell Technology (p. p. 75-92). Kluwer Academic Publishers. https://doi.org/10.1007/978-94-009-0875-8_6