Fabrication of tin sulfide@functionalized carbon nanofiber composites for the electrochemical detection of the oxidative stress biomarker trolox

Abstract

The detection of trolox is essential, it is an antioxidant like vitamin E, and its excess use causes health problems. In this work, we introduce a hydrothermal followed by sonochemically...

Fabrication of Strontium Molybdate with Functionalized Carbon Nanotubes for Electrochemical Determination of Antipyretic Drug-Acetaminophen

“…The centrifuged slurry was left in an oven for the entire night to dry. With the addition of oxygen functional groups to CNF, the functionalization results in increased electrochemical activity and solubility [ 33 , 34 ]. Finally, the produced black powder was referred to as f-CNF and studied for further characterization and electrochemical studies.…”

Electrochemical sensing of B-complex vitamins: current challenges and future prospects with microfluidic integration

“…Various antifouling materials have been used, like modified multiwalled carbon nanotubes, 95 zwitterionic polymers, 96 mesoporous silica film, 97 poly(glutamic acid), 98 cellulose, 99 and hybrid materials. 100–102 However, exploring active anti-fouling materials from green and synthetic sources is an ongoing issue on which current research is focused.…”

Hydrothermally Synthesized Cerium Phosphate with Functionalized Carbon Nanofiber Nanocomposite for Enhanced Electrochemical Detection of Hypoxanthine

“…It is used in different kinds of sectors, including environmental and biological monitoring and industry. Modified electrodes also possess an important role in the electrochemical technique, because the electrochemical analyzing system is deficient in exact detection caused by its high overpotential desire, interference from contaminants, and reversibility, all of these represent significant analytical challenges [11]. On the other hand, the modified electrodes show tremendous active sites, good stability, and excellent sensitivity.…”

“…They are rich in possibilities to modify the working electrode active surface area using materials, including several nanoparticles, inorganic and organic redox agents, metal oxides, metal sulfides, metal nitrides, polymers, carbon materials, etc. [11].…”