Recent Advances In The Development Of Electrochemical Hydrogen Peroxide Carbon Nanotubes-Based (Bio)Sensors

MARCOS EGUÍLAZ; PABLO DALMASSO; MARIA DOLORES RUBIANES; FABIANA GUTIÉRREZ; MARCELA RODRÍGUEZ; PABLO GALLAY; MICHAEL LÓPEZ MUJICA; MARIA LAURA RAMÍREZ; CECILIA TETTAMANTI; ANTONELLA MONTEMERLO; GUSTAVO RIVAS

Current opinion in Electrochemistry

Elsevier b.v.

Lugar: Ámsterdam; Año: 2019 vol. 14 p. 157 - 157

2451-9103

he relevance of H2O2 as biomarker for different neurodegenerative diseases and 25 cancer has been one of the most significant incentives for the development of new 26 (bio)sensors that allow a more sensitive, selective, fast, and stable quantification of 27 H2O2. In this regard, the association of carbon nanotubes with hemoproteins, 28 nanoparticles, and other nanostructures and different electrochemical transducers, 29 has offered new avenues for the construction of innovative H2O2 bioanalytical 30 platforms. This short review highlights the most relevant contributions in the field of 31 electrochemical (bio)sensors for H2O2 based on carbon nanotubes published in the 32 period 2016-2018.