ANIMAL-CELLS - THE BREAKTHROUGH TO A DOMINANT TECHNOLOGY

[1] Berg G.J., Bodeker B.G.D., Employing a ceramic matrix for the immobilization of mammalian cells in culture, Animal Cell Biotechnology. Vol. 3, pp. 321-335, (1988)

[2] Burbidge C., The mass culture of human diploid fibroblasts in packed beds of glass beads, Dev. Biol. Standard, 46, pp. 169-172, (1980)

[3] Duff R.G., Microencapsulation technology: a novel method for monoclonal antibody production, Trends Biotechnol., 3, pp. 167-170, (1985)

[4] Emery A.N., Lavery M., Willia B., Handa A., Large-scale hybridoma large culture, Plant and Animal Cells: Process Possibilities, pp. 137-146, (1987)

[5] Friedman J.S., Cofer C.L., Anderson C.L., Kushner J.A., Gray P.P., Chapman G.E., Stuart M.C., Lazarus L., Shine J., Kushner P.J., High expression in mammalian cells without amplification, Bio/Technology, 7, pp. 359-362, (1989)

[6] Griffiths J.B., Overview of cell culture systems and their scale-up, Animal Cell Biotechnology Vol. 3, pp. 179-220, (1988)

[7] Griffiths J.B., Cameron D.R., Looby D., A comparison of unit process systems for anchorage dependent cells, Dev. Biol. Standard, 66, pp. 331-338, (1987)

[8] Hayman E.G., Ray N.G., Runstadler P.W., Production of biomolecules by cells cultured in tri-dimensional collagen microspheres, Bioreactors and Biotransformations, pp. 132-140, (1987)

[9] Hopkinson J., Hollow fiber cell culture systems for economical cell-product manufacturing, Bio/Technology, 3, pp. 225-230, (1985)

[10] Klement G., Scheirer W., Katinger H.W.D., Construction of a large scale membrane reactor system with different compartments for cells, medium and product, Dev. Biol. Standard, 66, pp. 221-226, (1987)

[1] Berg G.J., Bodeker B.G.D., Employing a ceramic matrix for the immobilization of mammalian cells in culture, Animal Cell Biotechnology. Vol. 3, pp. 321-335, (1988)

[2] Burbidge C., The mass culture of human diploid fibroblasts in packed beds of glass beads, Dev. Biol. Standard, 46, pp. 169-172, (1980)

[3] Duff R.G., Microencapsulation technology: a novel method for monoclonal antibody production, Trends Biotechnol., 3, pp. 167-170, (1985)

[4] Emery A.N., Lavery M., Willia B., Handa A., Large-scale hybridoma large culture, Plant and Animal Cells: Process Possibilities, pp. 137-146, (1987)

[5] Friedman J.S., Cofer C.L., Anderson C.L., Kushner J.A., Gray P.P., Chapman G.E., Stuart M.C., Lazarus L., Shine J., Kushner P.J., High expression in mammalian cells without amplification, Bio/Technology, 7, pp. 359-362, (1989)

[6] Griffiths J.B., Overview of cell culture systems and their scale-up, Animal Cell Biotechnology Vol. 3, pp. 179-220, (1988)

[7] Griffiths J.B., Cameron D.R., Looby D., A comparison of unit process systems for anchorage dependent cells, Dev. Biol. Standard, 66, pp. 331-338, (1987)

[8] Hayman E.G., Ray N.G., Runstadler P.W., Production of biomolecules by cells cultured in tri-dimensional collagen microspheres, Bioreactors and Biotransformations, pp. 132-140, (1987)

[9] Hopkinson J., Hollow fiber cell culture systems for economical cell-product manufacturing, Bio/Technology, 3, pp. 225-230, (1985)

[10] Klement G., Scheirer W., Katinger H.W.D., Construction of a large scale membrane reactor system with different compartments for cells, medium and product, Dev. Biol. Standard, 66, pp. 221-226, (1987)