Inspired by supramolecular and biochemical interactions observed in nature in various organisms and tissues, the consortium, consisting of the Institute for BioMedical Printing Technology at the Technical University of Darmstadt and the Max Planck Institute for Polymer Research in Mainz under the direction of the NMI Natural and Medical Sciences Institute at the University of Tübingen, is working on a new, modular hydrogel platform. This should not only enable precise printing, but also create an optimal environment for cells. A particular focus here is on bioinspired adaptation: the hydrogels are based on natural models that can regenerate dynamically and optimally support cells. 

HEAL-X Bioink aims to create materials that are easy to print and are characterized by self-healing properties and the ability to promote biological functions. By integrating active ingredient depots into the hydrogels, important messenger substances could also be released in a targeted manner to support cell and tissue growth. This combination of biological inspiration and technical precision could significantly increase the potential of bioprinting - whether for modeling complex disease patterns or for medical applications such as in vivo implantations. 

The HEAL-X Bioink project impressively demonstrates how bioinspiration and innovative materials research can drive forward technologies in medical engineering. Further details and background information on this exciting project can be found on the HEAL-X Bioink project page on the website (only in German).