In article number 2011162, Marie-Eve Aubin-Tam and co-workers report a 3D bioprinting approach for the fabrication of photosynthetic living materials composed microalgae deposited onto bacterial cellulose. The bioprinted developed with this technique exhibit regenerative nature display mechanical robustness can be employed in range innovative environmental applications including artificial leav...

Abstract 3D printing offers the possibility to generate complex and individualized constructs (scaffolds) for applications in tissue engineering. This is viable by using suitable inks based on advanced biomaterials. Methylcellulose (MC), a highly biocompatible biomaterial, can be combined with manuka honey (H) fabricate thermo-sensitive hydrogel. Besides providing favorable biological effects, ...