Research at BIREL focuses on the design and fabrication of functional and biomimetic biomaterials, controlled release systems as well as wearable/implantable biosensors to be utilized for tissue regeneration. Regenerative engineering laden by stem/progenitor cell recruitment and utilization of Extracellular Matrix scaffolds for tissue/organ regeneration are also investigated at BIREL.
BIREL'S Research Interests:
- Biomaterials synthesis, development, and processing
- Biomaterials and tissue characterization
- using mechanical and physical (biomechanical, rheological, thermal, aucistic), optical and radiation(optical, radiological, spectroscopic), structural and surface (micrsocopy, XRD, hydrophilicity, etc) techniques
- Cell isolation, culture, and performance analysis
- Differentiation, ECM synthesis, gene expression
- Tissue repair, healing and regeneration
- Wound healing/regeneration (war wounds), Orthopaedic (joints, interfaces), cardiac (patches), lung (alveolar-capillary junction)
- Wearable and implantable biosensors for disease or repair/healing/regeneration detection
- Tissue/Organ-on-a-chip (osteochondral, lung, kidney)
- Biological microgravity
INTERESTED IN OUR GROUP AND WOULD LIKE TO BE PART OF US?
Please contact Cevat Erisken at cevat.erisken@nu.edu.kz
Extracellular Matrix Scaffolds
Tendon/Ligament Regeneration
Bone Regeneration
