3D BIOPRINTING TECHNIQUES - 3D Bioprinting and Nanotechnology in Tissue Engineering and Regenerative Medicine - page 71

Table 3.1 Comparison between bioprinting processes (cont.)

Suitability for applications Salient features

Drug-
testing
and
disease
modeling

Typical
hydrogels/
bioinks/
biopaper

Common
subprocesses/
mechanisms

Cell
interaction
studies

Single
cell
control

Mammalian cell/
tissue types

Spatial
resolution Process Therapeutic Throughput

Solenoid-
based
Printing

N/A • Neuralcells( Lee

et al., 2010 )
• Fibroblasts( Lee
et al., 2014b )
• Keratinocytes( Lee
et al., 2014b )

• Fibrin( Lee
et al., 2010 )
• Collagen( Lee
et al., 2010; Lee
et al., 2014b )

H H L M M M

Acoustic-
jet Printing

N/A • Embryonicstemcells

( Moon et al., 2010 )
• Fibroblasts( Moon
et al., 2010 )
• Cardiomyocytes
( Moon et al., 2010 )
• Rajicells( Moon
et al., 2010 )
• Breastcancercells
( Gurkan et al., 2014 )
• Embryonickidney
cells [B]

• Agarose( Moon
et al., 2010 )
• PBS( Moon
et al., 2010 )
• Dextran( Gurkan
et al., 2014 )

L M H M H H

L: Low; M: Medium; H: High.