Ink jet printing of mammalian primary cells for tissue engineering applications
MRS Online Proceedings Library (OPL), 2004•cambridge.org
A piezoelectric drop on demand printer has been used to print primary human osteoblast
and bovine chondrocyte cells. After deposition the cells were incubated at 37° C and
characterised using optical microscopy, SEM and cell viability assays. Cells showed a
robust response to printing exhibiting signs of proliferation and spreading. Increasing the
drop velocity results in a reduced cell survival and proliferation rates but both cell types grew
to confluence after printing under all conditions studied.
and bovine chondrocyte cells. After deposition the cells were incubated at 37° C and
characterised using optical microscopy, SEM and cell viability assays. Cells showed a
robust response to printing exhibiting signs of proliferation and spreading. Increasing the
drop velocity results in a reduced cell survival and proliferation rates but both cell types grew
to confluence after printing under all conditions studied.
A piezoelectric drop on demand printer has been used to print primary human osteoblast and bovine chondrocyte cells. After deposition the cells were incubated at 37°C and characterised using optical microscopy, SEM and cell viability assays. Cells showed a robust response to printing exhibiting signs of proliferation and spreading. Increasing the drop velocity results in a reduced cell survival and proliferation rates but both cell types grew to confluence after printing under all conditions studied.
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