Mehmet Onur Aydoğdu and Meltem Nur Erdöl from our Center and Marmara University graduate students produced Nano-Biocomposite materials with high biocompatibility and high electrical properties.

Nano-graphene oxide used in the study was synthesized within the scope of the study and all the engineering steps from raw materials to the final product were made by the researchers involved in the study and produced Functional Nano-Biocomposite material. In this way, produced tissue skeletons, high biocompatibility and electrical conductivity have managed to be able to hold together. In order to reveal the morphological, mechanical, chemical and physical properties of the produced tissue skeletons, they were examined in detail. The results show that high electrical properties and cell harmony are seen together and a good and pioneering research has been carried out in the field. Our study is a joint study between the fields of material engineering, electrical and electronic engineering and biomedical engineering, and also a partner from Taiwan. Dr. With the collaboration of Chi-Chang Lin, he has taken place in the world literature as an interdisciplinary work. While the results will undoubtedly be an example of other studies that will come after them, they will be carried out quickly by obtaining the necessary permits for animal tests to examine the intracellular behavior of the tissue skeletons produced in the next step.

It has been accepted to publish the Elsevier publishing house in the prestigious and popular magazine, Colloids and Surfaces B: Biointerfaces.

Novel Electrospun Polycaprolactone / Graphene Oxide / Fe3O4 Nanocomposites for Biomedical Applications, by the authors and authors: Mehmet Onur Aydogdu, Nazmi Ekren, Mediha Suleymanoglu, Serap Erdem-Kuruca, Chi-Chang Line Kemalettin Terzi, Osman Kilic, Oguzhan Gunduz.

We congratulate our employees and students of the Nanotechnology and Biomaterials Application and Research Center.