Cellular bioink surface tension: A tunable biophysical parameter for faster maturation of bioprinted tissue
Abstract
Bioprinting provides an exceptional platform for tissue engineers to deposit cells onto substrates with precision, and to construct three-dimensional (3D) biological structures such as tissues and organs. In extrusion bioprinting of cells, cellular bioink particles in the form of multicellular systems are printed on supportive materials such as agarose. Post-printing and before implantation, the 3D biological structure undergoes a complex...
Paper Details
Title
Cellular bioink surface tension: A tunable biophysical parameter for faster maturation of bioprinted tissue
Published Date
Dec 1, 2017
Journal
Volume
8
Pages
13 - 21
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