Cevat Erisken, Ph.D.

Sogutozu Cad. No: 43, Room 175/5, Sogutozu, Ankara,

06560 TURKEY

 

Phone: +90 312-292-4083
Email: cerisken@etu.edu.tr

CV

Biyomekanik

Principal Investigator

Cevat Erişken, Ph.D.

Sogutozu Cad. No: 43, Technology Center, Lab 201, Sogutozu, Ankara,

06560 TURKEY

Phone: +90 312-292-4579, Email: burakozcan@etu.edu.tr

Graduate Students

Burak Özcan, B.Sc. (CV)

Biology, Middle East Technical University

 

Burak joined the Lab in 2015 and is working on the regeneration of soft tissue-to-bone interfaces. His interest focuses on the design and fabrication of graded biomaterial scaffolds as well as their applications for cartilage-bone interface tissue engineering. Specifically, he is fabricating mineralized Polycaprolactone-alginate composites also enriched with biomolecules, and utilizing these structures to direct stem cells for native-like tissue regeneration.

 

Project(s) involved:

¨ Biological regeneration of osteochondral defect in a rabbit knee model

¨ Specie-dependent rheological and biomechanical properties of dental pulp tissue

 

Undergraduate Students

Sogutozu Cad. No: 43, Technology Center, Lab 201, Sogutozu, Ankara,

06560 TURKEY Phone: +90 312-292-4579, Email: bozlu@etu.edu.tr

Buşra Özlü (CV)

BME, TOBB University of Economics and Technology

 

Buşra is interested in the design and fabrication of graded biomaterial scaffolds as well as their applications for cartilage-bone interface tissue engineering.

 

Project(s) involved:

¨ Biological regeneration of osteochondral defect in a rabbit knee model

Sogutozu Cad. No: 43, Technology Center, Lab 201, Sogutozu, Ankara,

06560 TURKEY Phone: +90 312-292-4579, Email: ebayrak@etu.edu.tr

Ece Bayrak, B.Ed. (CV)

Biology Education, Gazi University

 

Ece joined the Lab in 2015 and is working on the regeneration of soft tissue-to-bone interfaces. She is particularly interested in the design and fabrication of graded Polycaprolactone/Hydroxyapatite composite scaffolds as well as their applications for tendon-bone interface regeneration using cell recruitment strategies.

 

Project(s) involved:

¨ Understanding the tendon-bone insertion healing mechanism with cell response to bi-modal nanofibrous scaffolds