Additive manufacturing has grown exponentially, led by the three-dimensional (3D) printing
of materials ranging from plastics and ceramics to metals. 3D printing methods are …

Embedded bioprinting overcomes the barriers associated with the conventional extrusion‐
based bioprinting process as it enables the direct deposition of bioinks in 3D inside a …

Embedded ink writing (EIW), an emerging material extrusion-based three-dimensional (3D)
printing strategy, has demonstrated great potential for diverse applications. EIW consists of …

In order to mimic the natural heterogeneity of native tissue and provide a better
microenvironment for cell culturing, multi-material bioprinting has become a common …

Embedded 3D printing, relying on yield-stress fluid-based supporting baths, has significantly
expanded our ability to create complex tissues and organs. However, many extracellular …

Embedded 3D printing (EMB3D) is an additive manufacturing technique that enables
complex fabrication of soft materials including tissues and silicones. In EMB3D, a nozzle …

Creating tissue and organ equivalents with intricate architectures and multiscale functional
feature sizes is the first step toward the reconstruction of transplantable human tissues and …

Lung cancer is a serious global health issue that requires the development of patient-
specific, lung cancer model for surgical planning to train interventionalists and improve the …

Creating multilayered channels for mimicking human blood vessels in thick tissues is the
main challenge to overcome in organ biofabrication. Current three-dimensional (3D) printing …

The increase in use of intricate structures for engineering applications has encouraged
researchers to find new fabrication techniques. This work presents an innovative approach …