Naim Yağız Demir

E-mail

demiry@metu.edu.tr

Department

Graduate School of Marine Sciences

Plume Particle Ejecta Can Trace Habitat-forming Gradients in Ocean Worlds: Insights from Planet Earth Geochemistry Yücel, Mustafa; Alımlı, Nimet; Demir, Naim Yağız; CURA, HİLAL (2025-04-01) Upcoming explorations for habitability in the ocean worlds of the solar system can greatly benefit from searching beyond parameters such as water, organics, nitrogen, phosphate, and silicate and being able to detect signs ...
An electrochemical sensor integrated lab-on-a-CD system for phenylketonuria diagnostics Akyilmaz, Ipek; Celebi-Birand, Dilan; Demir, Naim Yağız; Bas, Deniz; Elbuken, Caglar; DUMAN, MEMED (2025-03-01) Phenylketonuria (PKU) is characterized by an autosomal recessive mutation in the phenylalanine hydroxylase (PAH) gene. Impaired PAH enzyme activity leads to the accumulation of phenylalanine (Phe) and its metabolites in th...
Red cabbage extract-mediated colorimetric sensor for swift, sensitive and economic detection of urease-positive bacteria by naked eye and Smartphone platform Celik, Cagla; Demir, Naim Yağız; DUMAN, MEMED; Ildiz, Nilay; ÖÇSOY, İSMAİL (2023-12-01) The bacterial pathogens have caused various serious infectious diseases in the human body, and even some threats to human life by leading to deaths. Enterobacteriaceae species especially urease positive ones, Proteus mirab...
Experimental Investigation of Microfluidic Device for Platelet Activation Demir, Naim Yağız; Bozyel, Ibrahim; ERMAN, BARAN; GÖKCEN, DİNÇER; DUMAN, MEMED (2023-03-01) Objective: Wound healing is accelerated when Platelet Rich Plasma is activated and growth factors are released. In this study, it was aimed to stimulate platelets without using chemical stimulants. Method: Two types of mec...
MICROFLUIDIC DEVICES FOR PLATELET ACTIVATION Demir, Naim Yağız; Bozyel, İbrahim; ERMAN, BARAN; GÖKCEN, DİNÇER; DUMAN, MEMED (2022-01-01) In this study, we developed microfluidic chip and ultrasonic device that can directly provide mechanical activation of platelet-rich plasma in 3 minutes.
Sodium silicate/polyurethane microcapsules used for self-healing in cementitious materials: Monomer optimization, characterization, and fracture behavior Beglarigale, Ahsanollah; SEKİ, YOLDAŞ; Demir, Naim Yağız; YAZICI, HALİT (2018-02-20) Storing healing agents in capsules is one of the most promising self-healing methods in cementitious materials. Because of the considerable advantage of microencapsulation, it has become more interested as compared to the ...

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