Roohollah Dermanaki Farahani
Papers
1
Total Citations
2
H-Index
1
About
Roohollah Dermanaki Farahani is a materials scientist whose pioneering work bridges advanced manufacturing and bio-inspired nanotechnology. His research focuses on the development of functional nanocomposites, scaffold-templated materials, and surface engineering strategies for biomedical and structural applications. Farahani’s most notable contribution is his innovative use of UV-assisted direct-write assembly to fabricate three-dimensional epoxy scaffolds with precisely controlled microarchitectures. In his highly cited 2010 study, he demonstrated how these scaffolds—composed of cylindrical filaments approximately 100 μm in diameter—could be chemically functionalized through amination and further modified via biotin-streptavidin interactions to create nanoclay composites. This work introduced a versatile platform for integrating biological recognition elements into synthetic scaffolds, enabling targeted cell adhesion, drug delivery, and tissue engineering. Although his citation count remains modest, Farahani’s research represents a foundational step in the convergence of additive manufacturing and biomolecular engineering. His achievements highlight the potential of combining direct-write fabrication with supramolecular chemistry, offering a scalable route to smart, responsive materials. For students and researchers exploring the intersection of 3D printing and nanobiotechnology, Farahani’s work provides a compelling blueprint for designing next-generation bioactive scaffolds.
Research Focus
Key Achievements
Top Papers
- 1