Serhan Türkyılmaz

E-mail

serhant@metu.edu.tr

Department

Department of Chemistry

ORCID

0000-0002-3561-1659

Scopus Author ID

7801644477

Web of Science Researcher ID

K-7953-2014

Development of Functional Cellulose Microspheres With Affinity Towards Bacterial Cells and Liposomes Containing Negatively Charged Phospholipids Türkyılmaz, Serhan; Yılmaz, Ozan; Şahin, Fulya; Akbulut, Doğan; Demirel, Kaan (2024-09-18)
Cellulose Microspheres Decorated with Zn(II)-Bis(dipicolylamine) Complexes for the Removal of Bacterial Cells from Aqueous Liquids Türkyılmaz, Serhan; Yılmaz, Ozan; Şahin, Fulya; Akbulut, Doğan; Demirel, Kaan (2024-03-10)
Investigation of the Photophysical Properties of Bis(dipicolylamine) Ligand Bearing Porphyrin Derivatives Akbulut, Doğan; Türkyılmaz, Serhan (2024-03-10)
Bis(dipicolylamine) derivatized cellulose microspheres for the sequestration of negatively charged biomembrane bearing species Demirel, Kaan; YILMAZ, OSMAN; Akbulut, Doğan; Türkyılmaz, Serhan (2023-01-01) Spherical materials capable of binding to negatively charged biomembrane bearing species like bacterial cells in still or flowing liquids can have a number of important applications. For example, they could be used to remo...
Functional Cellulose Microspheres for Potential Biomedical and Cosmetological Applications Türkyılmaz, Serhan; Demirel, Kaan; Demir, Başak Burçak; Akdiş, Yasemin; Yılmaz, Ozan (2022-02-18) Cellulose microspheres2 (CMs, alt. cellulose beads) are cellulosic microparticles with diameters in the 10-1000 µm range. These biodegradable microparticles have been used as stationary phases in regular, reversed phase, s...
Studies Towards the Preparation of Functional Cellulose Microspheres with an Affinity Towards Bacterial Cells Demirel, Kaan; Akbulut, Doğan; Yılmaz, Ozan; Türkyılmaz, Serhan (2021-04-08) Cellulose microspheres (CMs, diameters 10-1000 m) have been used as stationary phases in chromatography, substrates for ion exchange applications, supports for protein immobilization and solid-phase synthesis, and drug lo...
Efficient Photodynamic Inactivation of Escherichia coli using a Zinc(II)-Bisdipicolylamine Complex Bearing Porphyrin Derivative and its Liposomal Formulation Selvi, Hatice Tuğba; Şahin, Sevil; Akbulut, Doğan; Türkyılmaz, Serhan (2021-04-08) Antibiotic resistant bacterial strains (e.g. MRSA, VRE, MDR-TB and so on) pose a significant threat to public health1 and complete drug resistance could prove to be more lethal than viral pandemics like Covid-19.2 Targeted...
Size-Controlled Preparation of Cellulose Microspheres and Preliminary Investigation of their Use as Additives in Cosmetic Products Türkyılmaz, Serhan; Demir, Başak Burçak; Akbulut, Doğan (2021-03-26) Plastic microbeads (PMs) having sizes in the micrometer range (10-1000 m) are added to cosmetic products as colorants, as exfoliating agents, and as additives to improve spreadability and texture. The use of PMs in cosmet...
Zinc(II)-Bisdipicolylamine Complex Bearing Agents for Selective Agglutination, Imaging, and Photodynamic Inactivation of Bacterial Cells Türkyılmaz, Serhan; Özketen, Ahmet Çağlar; Selvi, Hatice Tuğba; Akbulut, Doğan; Yılmaz, Ozan; Öner, Kaan (2020-02-27) The constant emergence of bacterial strains resistant to antibiotics in clinical use is a critical threat to public health.2 Recognition groups that selectively target bacterial cells may enhance the efficacy of antibiotic...
Studies Towards the Size-Controlled Preparation of Cellulose Microspheres Türkyılmaz, Serhan; Demir, Başak Burçak; Akbulut, Doğan (2020-02-21) Microbeads are manufactured from plastics and have sizes in the 10 to 1000 micrometer range. These beads are added to cosmetic products as exfoliating agents, as additives to improve texture and spreadability, and as color...

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