Bioprinting of vascular tissues holds great potential in tissue engineering and regenerative
medicine. However, challenges remain in fabricating biocompatible and versatile scaffolds …

The performance of artificial nerve guidance conduits (NGC) in peripheral nerve
regeneration can be improved by providing structures with multiple small channels instead …

Additive manufacturing is one the most promising fabrication strategies for the fabrication of
bone tissue scaffolds using biodegradable semi-crystalline polymers. During the fabrication …

Tissue engineering is considered a promising approach to treating advanced degenerative
maculopathies such as nonexudative age-related macular degeneration (AMD), the leading …

Recently, 3D bioprinting for complex tissues and organ regeneration has received
noticeable attention in the aging society worldwide, and it has progressed vastly with the …

As history shows us, humankind has always sought ways to create tools to enhance our
lives, to make tasks easier, or to leave a record of our thoughts and activities by developing …

The eyes are one of the most essential organs of the body, so loss of vision or low vision
(due to diseases, chemical/physical injury, etc.) is known as one of the most frightening …

The development and proof of concept of a novel extrusion 3D-bioprinting platform using
Xanthan Gum derived hydrogel embedding baths. A unique XG-hydrogel characteristic …

This article begins with a description of extrusion-based bioprinting for tissue scaffold
fabrication. It also examines various extrusion-based bioprinting processes and related …

Regenerative medicine is an interdisciplinary integrated science, which includes material
science, cell biology, and tissue engineering. It offers the potential for replacement or repair …