Recent advances un the development of electrochemical hydrogen peroxide carbon nanotubes-based (bio)sensors

MARCOS EGUILAZ RUBIO; PABLO R. DALMASSO; MARÍA D. RUBIANES; FABIANA A. GUTIERREZ; MARCELA C. RODRIGUEZ; GALLAY, PABLO; MICHAEL LOPEZ MUJICA; MARÍA LAURA RAMÍREZ; CECILIA S. TETTAMANTI; MONTEMERLO, ANTONELLA; GUSTAVO A. RIVAS

Current Opinion in Electrochemistry

Elsevier

Lugar: Amsterdam; Año: 2019 p. 157 - 157

2451-9103

he relevance of H2O2 as biomarker for different neurodegenerativediseases and cancer has been one of the most significantincentives for the development of new (bio)sensors thatallow a more sensitive, selective, fast, and stable quantificationof H2O2. In this regard, the association of carbon nanotubes withhemoproteins, nanoparticles, and other nanostructures anddifferent electrochemical transducers has offered new avenuesfor the construction of innovative H2O2 bioanalytical platforms.This short review highlights the most relevant contributions inthe field of electrochemical (bio)sensors for H2O2 based oncarbon nanotubes published in the period 2016?2018.