Biocompatible and Multi-responsive (Bio)organic Inks (A1.2)

Project A1.2 works on the synthesis of new materials exhibiting biocompatibility, responsivity, adaptivity, and bio-orthogonality.
Our Goal

Project A1.2 aims to develop functional organic materials for light-based 3D printing, focusing on stimuli-responsive systems, and integrating features relevant to life-science applications, including biocompatibility, adaptivity, responsivity, and bio-orthogonality.
Our efforts include creating molecular building blocks with receptor-like or adaptive properties for post-functionalization, enabling selective binding of biomolecules, photoswitchability, cell adhesion, or conductivity. In parallel, multi-responsive precursors compatible with potentially orthogonal fabrication methods will be designed, enabling materials that react to multiple stimuli on demand. Integration with living systems and activation by light, ultrasound, or chemical cues will be pursued in close collaboration with related research areas.

Principal Investigators Involved

Saeed Amirjalayer
Heidelberg University

saeed.amirjalayer@iwr.uni-heidelberg.de

Martin Bastmeyer
Karlsruhe Institute of Technology

bastmeyer@kit.edu

Eva Blasco
Heidelberg University

eva.blasco@oci.uni-heidelberg.de

Stefan Bräse
Karlsruhe Institute of Technology

braese@kit.edu

Ulrich Schwarz
Heidelberg University

schwarz@thphys.uni-heidelberg.de

Christine Selhuber-Unkel
Heidelberg University

christine.selhuber-unkel@uni-heidelberg.de

Motomu Tanaka
Heidelberg University

tanaka@uni-heidelberg.de

Franziska Thomas
Heidelberg University

franziska.thomas@oci.uni-heidelberg.de

Related Topics:

Research Area A

Molecules & Inks

Research Area B

Technologies

Research Area C

Applications

Research Area D

Digital Blueprints