… an overview of the translational opportunities and challenges of 3D-printed tissues and …
in the 3D bioprinting of cartilage, bone and skin, and why these bioprinted tissues have …

… By combining conventional 3D printing or EBB with highly specialized bioinks, models of the
alveolus (lung sac)-like structure and heart with anatomically accurate chambers have been …

… In this perspective, we overview the challenge of regulating 3D bioprinting. This work is
intended as a … regulation, as it currently stands, may hamper clinical translation in this sector. …

… 3D bioprinting is a relatively new aspect to tissue engineering and has opened the possibility
of creating an unprecedented biomimicry, which could ultimately replace the current gold …

… translational potential of bioprinting technologies and illustrate existing commercial bioprinting
… This work proved that it was possible to combine different types of cells from different cell …

… the definitions of bioprinting and bioinks (Table 1). However, in this work we refer to materials
that can carry cells and biological materials as bioinks. Since bioprinting provides control …

… research, there has yet to be any clinical translation due to current limitations in … challenges
in 3D bioprinting, including in situ techniques, which are one of several clinical translational …

… 3D bioprinting technologies, on the other hand, have increasingly gained relevance in the
… the great potential of 3D bioprinting as a tool to face this challenge, especially through its …

… necessary to scale production can hinder opportunities for translation due to their negative
impact … solving medical challenges with custom-engineered 3D bioprinted living implants.[36…

… This review focuses on 3D bioprinting, a technology that offers a unique … of 3D bioprinting
and how this technology can help to address current model limitations. Yet, 3D bioprinting has …