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RESEARCH FIELDS

The Team’s research interests include interactions of animal cells with biomaterials, tissue engineering, stem cells, cancer stem cells, mechano-transduction and biocompatibility testing. We are particularly interested in development of experimental tissue engineered in vitro models for personalized medicine, identification of new therapeutic targets in neurodegenerative diseases, pre-clinical cancer treatment studies, investigation of angiogenesis pathways of the tumors, testing of new chemo/radio treatment strategies and use of nano-technologic approaches in a fast and dependable fashion.

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3D SCAFFOLD PRODUCTION

Electrospinning

Magnetospinning

Freeze Drying

3D Printing

İN VİTRO 3D DİSEASE MODELS

Blood Brain Barrier
Parkinson's Disease
Spinal Cord Injury

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Scientist in the Lab

MECHANOTRANSDUCTION

shear and circumferential stress model
traumatic brain injury model

NANOBİOMATERİALS

bacterial nanocellulose

"magnetic nanoparticle-labeled microtissues"

Abstract Background
DNA

BIOMATERIAL TOXICITY

Cytotoxicity
Genotoxicity

MICROFLUIDIC SYSTEMS

Organ on a Chip
Blood Brain Barrier on Chip

DNA Chips
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BIOPRINTING

Bioink Design
Printability Analysis

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