… HUVECs at a cell density of 9 × 10 6 cells/ml were added to the bioink for printing of cell-laden
tissue constructs (15 × 15 × 4 mm). Crosslinking using CaCl 2 (Fisher Scientific) was …

… Cell-laden injectable hydrogels can be utilized for tissue regeneration in a noninvasive way.
… opportunities of cell-laden injectable hydrogels and their functions in tissue engineering. It …

… Injection of cell-laden hydrogel microspheres is a minimally invasive method for tissue
regeneration. However, microspheres are usually limited by structural heterogeneity, uneven size, …

… bulk hydrogels [77]. Due to their unique tunability, diverse microgel-assembled microporous
… in tissue engineering [23,76,78]. Other useful properties are their potential to encapsulate …

Engineering three-dimensional (3D) scaffolds for functional tissue and organ regeneration
is a major challenge of the tissue engineering (TE) community. Great progress has been …

… of in situ forming microporous GelMA hydrogels, that is, the … -annealing to form stable
microporous scaffolds. We show that … in engineering in situ forming microporous hydrogels made …

… for 3D printing to obtain porous hydrogel constructs [31]. They showed that a … cell-laden
construct easily and effectively (consisted of macropores between printed struts and micropores …

… the power of immune cells to upgrade the development of innovative engineered strategies,
… whether the cells were confined by micropatterning, microporous substrates or cell crowding …

… were ideal for bone tissue regeneration, given uniform microporous architecture, optimal …
3D-printing of cell-laden hydrogels onto the 3D-printed PCL base constructs for BTE. However, …

… larger engineered tissues. Current limitations in tissue engineering are often linked to cells
… However, the developed microporous structure offers an advantage in terms of maintaining …