ServiceUpdated on 28 October 2025
Surface coating using R-ThAB™
Director of Research and Development at Silk Biomed SL | Regenerative Medicine & Neuroscience
Madrid, Spain
About
R-ThAB™ enables thermally activated biofunctionalization of surfaces, allowing covalent attachment of peptides, proteins, and bioactive molecules to metals, polymers, ceramics and silk-based matrices. The process yields highly stable, selective coatings that enhance biocompatibility and cellular integration.
Unlike chemical synthesis, ThAB™ operates under clean, controlled thermal conditions, ensuring reproducible, ligand-free surface modification. The technology supports tunable bioactivity for implantable devices, prosthetics, diagnostic tools, and biomedical materials, improving osseointegration, reducing inflammation and enabling targeted therapeutic release.
Type
- Development
- Manufacturing
Applies to
- Microtechnology
- Biotech and Lifescience
- Medtech
- Semiconductors
- Energy
Similar opportunities
Expertise
Silk-based biosensor platforms.
Nahla Jemni Damer
Director of Research and Development at Silk Biomed SL | Regenerative Medicine & Neuroscience
Madrid, Spain
Service
Brazing, Laser Welding, and Additive Manufacturing
- ICT
- Space
- Energy
- Medtech
- Defence
- Semiconductors
- Microtechnology
Marcos Sánchez Alameda
CEO
Vilanova i la Geltrú, Spain
Expertise
3D printing solutions for bioengineering.
- Healthcare
- Nano and Microtechnologies
- Biotech, Pharma and Cosmetics
Nahla Jemni Damer
Director of Research and Development at Silk Biomed SL | Regenerative Medicine & Neuroscience
Madrid, Spain