… This review paper presents multimaterial 3D bioprinting techniques developed based on …
of biomimetic tissue constructs. Moreover, it discusses how these multimaterial techniques can …

… platforms for the fabrication of multicellular, heterogeneous and functional tissue constructs.
… , multimaterial bioprinting has achieved several milestones for the native tissue biomimicry. …

… us to print multimaterial bioinks with spatial and … tissues. This review highlights important
advances in heterogeneous bioinks and bioprinting technologies to fabricate biomimetic tissue …

… tissues. Therefore, advances in materials science and innovations in multi-material bioprinting
… critically needed toward the fabrication of more biomimetic tissue and organ constructs. …

… tissues and even fully functional organs, emphasis must be placed on the fabrication of
biomimetic tissues… to form specific tissues, which then come together to form organs. Bottom-up …

… implants with biomimetic … 3D bioprinting of deep tissue organs and non-invasive medicine.
Although no-invasive in vivo 3D bioprinting has not yet been applied to multi-material tissue …

… As different bioprinting technologies have been reviewed elsewhere, 9 – 11 , 16 we focus …
for multimaterial processing, by analyzing attempts to merge different bioprinting technologies. …

… and used for extrusion-based bioprinting of prevascularized 3D tissues that can mimic the
cardiac microenvironment. [ 126 ] Multimaterial bioprinting of prevascularized constructs was …

… functional biomimetic structures. The flexibility, versatility and functionality of … a multimaterial
bioprinting method with a modular printing execution unit. Based on the existing bioprinting …

… corresponding biomimetic structures that provide a better biomimetic … develop multiscale
and multi-material 3D printing processes … for tissue regeneration by using advanced bioprinting …