… bioprinted constructs to follow a similar tissue formation and maturation process as
embryogenesis. We introduce different bioprinting … and the printing of stem cells. Crucially, we aim …

… tissues.135 In this review, we have chosen to focus on stem cells for 3D printing tissues. …
Thus, such bioinks show promise for bioprinting physiologically relevant muscle tissues. …

… bioprinting to bioprint cardiac progenitor cells in a gelatin/hyaluronic acid scaffold, and the
cells … to recapitulate key physiological features of normal and diseased neural tissue models …

… Technical challenges of creating human-scale tissues with physiologically-relevant
vasculature and cell distributions in additional to economic and ethical obstacles currently limit …

… methodologies of 3D bioprinting stem cells. Fabricating a fully operational tissue or organ
construct … Hence, the use of stem cells in a more physiologically relevant 3D environment is of …

… materials used for bioprinting, how stem cells are currently in… Here the focus is to review 3D
bioprinting techniques currently … A physiologically relevant scaffold must be able to support …

… growth of the aforementioned tissue types. In the field of mimicking a physiological
microenvironment for bioprinted stem cells, efforts in bone and cartilage tissue have been among the …

… the currently available tissue models in pharmaceutics along … of bioprinting physiologically
relevant tissue models, which … cells, including primary or stem cells along with stromal cells, …

… Meanwhile, vascular tissue engineering models have also been advancing in biological
relevance, with “organ-on-a-chip” and 3D bioprinting technologies giving rise to numerous …

… that results in the physiological mimicry of human cardiovascular tissues to aid in … bioprinting
platform. With the convergence of patient-derived stem cell engineering, 3D printed tissues …