It is evident that in the future, the synthesis of polymeric materials will be limited to
renewable sources, and incorporation of fossil-based raw materials will be restricted to …

Conventional orthopedic/dental implants can trigger foreign body reactions and are
vulnerable to biocontamination because of the lack of suitable surface functions from natural …

In treating infectious diseases, achieving selective bacterial inhibition is crucial for
preserving the microecological equilibrium. The current approaches predominantly rely on …

Highly selective and sensitive in vivo neurotransmitter dynamic monitoring of the central
nervous system has long been a challenging endeavor. Here, an implantable and …

The chemical information on brain science provided by electrochemical sensors is critical for
understanding brain chemistry during physiological and pathological processes. A major …

We propose an electrochemical sensor based on the enhanced electrocatalytic oxidation
exhibited on a functionalized poly (tannic acid) coating to detect hydrazine. Tannic acid, a …

In diabetic wounds, the overlapping presence of excessive glucose and reactive oxygen
species (ROS) forming a vicious cycle that severely impedes the wound healing process …

Tannic acid (TA) as a natural plant polyphenol bearing multiple phenolic hydroxyl groups
could cause considerable interactions with organic compounds. This work aims at detecting …

Bu tez çalışmasında, manyetik Fe3O4 destekli nanokatalizörlerin sentezi, karakterizasyonu
ve polimer sentezinde kullanımı üzerine araştırmalar yapılmıştır. Katalizör, akrilamid'in …