“…Table 1 lists electrochemical MXene-based sensors for small molecules published in 2023. MXene (especially Ti 3 C 2 ) and other conductive nanomaterials (typically gold nanoparticles) have been used for the sensing of hydrogen peroxide, [112][113][114] Aflatoxin B1, [115][116][117] chlorpyrifos, [118][119][120] and glucose [121][122][123][124] with sensing ranges in nM to mM and limits of detection in pM to mM ranges. A specific receptor for the detection of some small molecules is not always required; often their characteristic redox potentials are sufficient.…”
Section: The Applications Of Mxenes In Electrochemical (Bio)sensorsmentioning
An MXene is a novel two-dimensional transition metal carbide or nitride, with a typical formula of Mn+1XnTX (M= transition metals, X= carbon or nitrogen, T= functional groups). MXenes have gained...
“…Table 1 lists electrochemical MXene-based sensors for small molecules published in 2023. MXene (especially Ti 3 C 2 ) and other conductive nanomaterials (typically gold nanoparticles) have been used for the sensing of hydrogen peroxide, [112][113][114] Aflatoxin B1, [115][116][117] chlorpyrifos, [118][119][120] and glucose [121][122][123][124] with sensing ranges in nM to mM and limits of detection in pM to mM ranges. A specific receptor for the detection of some small molecules is not always required; often their characteristic redox potentials are sufficient.…”
Section: The Applications Of Mxenes In Electrochemical (Bio)sensorsmentioning
An MXene is a novel two-dimensional transition metal carbide or nitride, with a typical formula of Mn+1XnTX (M= transition metals, X= carbon or nitrogen, T= functional groups). MXenes have gained...
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