Exfoliated graphite carbon paper-based flexible nonenzymatic glucose sensor

Stability, spectroscopic, electrochemistry and QTAIM analysis of Cu-Znn−1On clusters for glucose sensing application: A study on theoretical and experimental insights

“…In healthy people, blood glucose concentration is 0.8–1.2 mg/cm 3 (8.0–1.2 × 10 −7 g/L) as a standard, while this value can be maximum 1.7 mg/cm 3 (1.7 × 10 −6 g/L) and minimum 0.7 mg/cm 3 (7 × 10 −7 g/L) [ 65 ]. LOD values in the literature were determined as 0.084–300 μM (8.4 × 10 −8 –3 × 10 −4 M) for glucose sensors [ 66 ]. From these data, we found that the Cu-Zn n−1 O n is a good candidate for glucose detection.…”

Facile preparation of a CoNiS/CF electrode by SILAR for a high sensitivity non-enzymatic glucose sensor

“…Various non-enzymatic materials, mainly nanomaterials, have been used for glucose sensors, which are known as nanoenzymes. For example, noble metals, 9,10 carbon-based nanomaterials, 11,12 and transition metal nanomaterials (mainly copper, cobalt, nickel, including their metals, 13,14 oxides, 15,16 hydroxides, 17,18 suldes [19][20][21][22][23] ) have been reported as electrode materials for electrochemical glucose sensing.…”

Sensor for Real-Time Glucose Measurement in Aqueous Media based on Nanomaterials Incorporating an Artificial Neural Network Algorithm on a System-On-Chip

“…CNT and transition metal nanoclusters have had numerous applications as sensors and biosensors [6] . Nanostructured carbon systems such as CNT, graphene, and mesoporous carbon are the most studied materials for glucose detection thanks to their different properties, such as large surface area, better conductivity, biocompatibility, and chemical stability [7] [8] . For their part, smaller metal clusters have shown catalytic activity not exhibited by their massive analog or nanoparticles (NP); this generates excellent promise for their possible application as catalysts [9] .…”