coaxial aerodynamically assisted

encapsulated droplets. Previously this jetting technique in this configuration has only been investigated for
processing combinations of liquid-liquid and liquid-gas systems. These developmental studies into
aerodynamically assisted jets (AAJ) have unearthed a versatile bio-jetting approach referred to here as coaxial
aerodynamically assisted bio-jetting (CAABJ). In the current work, this flexible approach is demonstrated to
handle two primary cell types for drop-and-placing onto several different substrates. Furthermore, the study
assesses cellular viability of the post-treated cells in comparison to controls by way of flow cytometry. These
first steps demonstrate the promise this protocol has in exploring the creation of biologically viable structures
to form encapsulations of cells which would be useful as a direct tissue engineering to the immuno-hinding
methodology in bio-repair and therapeutics. Therefore, these investigations place CAABJ into the cell jetting
pursuit together with bio-electrosprays, which will undergo an explosive developmental research.