Research & Innovation
Radiation Therapy
BP-C2 Applications
BP-C2 is being evaluated as a supportive approach in radiation-related settings, with a focus on tissue resilience and recovery. The program explores whether BP-C2 can help protect healthy tissue during demanding treatment courses and support faster functional recovery after exposure.
RDI’s work in this area is part of a broader effort to translate biomedical research into practical development programs through international collaboration.
For partners and qualified stakeholders, additional scientific and development details are available in our restricted information area.
Oncology Research
BP-C1 in Cancer Treatment
BP-C1 is an RDI oncology program being developed for advanced solid tumors, with an emphasis on treatment feasibility and tolerability in demanding clinical settings. The program explores whether BP-C1 can help patients remain on therapy while maintaining disease control, particularly where existing regimens are limited by cumulative burden.
RDI advances this work through international collaborations and structured development activities. Additional scientific, clinical, and development materials are available to qualified partners in our restricted information area.
Space
BP-C2 in Space Research
BP-C2 is being evaluated in space-relevant research contexts focused on biological resilience under radiation-related stress. The program explores potential applications for long-duration mission scenarios, where maintaining healthy tissue function is a key challenge.
RDI advances this work through international collaborations and structured development activities. Additional scientific and development materials are available to qualified partners in our restricted information area.
BP‑C3 –
Oral Supportive Care Program
BP-C3 is an RDI research program exploring systemic resilience and fatigue-related biology in demanding clinical settings. The program is focused on supportive care concepts that may help maintain function and recovery capacity under prolonged biological stress, including treatment-related burden.
Additional scientific and development materials are available to qualified partners in our restricted information area.
Fab4Future
A Biofabrication Toolbox for Sustainable Living Materials
Fab4Future is an interdisciplinary R&D initiative developing biofabrication methods and enabling technologies for next-generation living materials. The program brings together advanced manufacturing and data-driven process development to support reproducible, scalable production workflows.
Fab4Future explores applications across regenerative research, sustainable bioproduction, and functional biomaterials, with a focus on practical tools rather than single end-products. Key areas include:
3D bioprinting and tissue engineering for research models and advanced biomaterials
Sustainable bioproduction methods supporting future food and supply concepts
Living and functional materials designed for environmentally responsible applications
Additional technical materials are available to qualified partners in our restricted information area.
PULSE Project
Bioprinting for Space Research and Medicine
PULSE is an EU-funded research initiative advancing bioprinting methods for space-relevant research and biomedical applications. The project develops reproducible tissue-model workflows—particularly for cardiovascular research—to study how space conditions and radiation-related stress may affect human biology.
The program includes scaffold-free bioprinting approaches, including levitation-enabled assembly methods, to support more precise and consistent model generation. Key focus areas include:
Cardiovascular research in space-relevant conditions
Bioprinting methods and model standardization
Earth-based applications such as drug testing and regenerative research
Collaboration with space agencies and research institutions
Additional project materials and technical details are available to qualified partners in our restricted information area.