… We printed the same hydrogel constructs with fluorescent … hydrogel constructs were
incubated with 100 units/ml hyaluronidase at 37 C. Fluorescent images of the hydrogel constructs …

… stability to printed constructs. The modularity of … printing with high viability, and cells are
able to spread and proliferate in the interstitial spaces between the microgels after the constructs …

… Here, we report evaluation of three photocrosslinkable … for direct bioprinting of 3D cell-laden
skeletal muscle constructs with … We formulated a library of composite hydrogel prepolymer …

… [30] used gelatin as a universal additive to introduce thermoresponsive rheology to a series
of photocrosslinkable hydrogels and achieved standard printability for all the tested bioinks. …

… Although the field is still in its infancy, we hypothesize that the versatility imparted by the
integration of 3D printing and LbL assembly technology in hydrogels could move a step forward …

… favor of a formulation containing a photocrosslinkable synthetic network that provides a modular
… Cell activity in 3D bioprinted dynamic hydrogel environments of varying stiffness. a) Live(…

… nutrients and metabolites during constructs maturation [3,4]. 3D bioprinting is being applied
in … GG/PEGDA DN hydrogel have the ability to be used in 3D printing through EBB approach. …

… To understand the emission spectra of the photo cross-linked hydrogel, the photocrosslinked
hydrogel was exposed to wavelengths in the range of 350 nm to 600 nm. 3 % dSMM was …

… on the developments of photocrosslinkable 3D printing natural … Among many crosslinking
strategies, photocrosslinking has … types of photocrosslinkable 3D printing natural biomaterials …

… ) for 3D bioprinting. These materials were compared to two widely used materials, gelatin-methacryloyl
(GelMA) and 2-hydroxy-4′-(2-hydroxyethoxy)-2-methylpropiophenone (I2959). …