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The designed H2O2 biosensor displayed high sensitivity (−0.2844 ± 0.0169 µA nM−1 cm−2), low detection limit (5 nM) with wide linear dynamic range (0.01 0.05 µM) and fast response time of less than 3 s.
The resulting biosensor displayed high sensitivity, wider linear range, low detection limit, and fast response for glucose detection, which implicated that the HFBI MWNTs nanocomposite film holds great promise in the design of electrochemical devices, such as sensors and biosensors.
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The proposed nanosensor displayed high sensitivity toward phenolic compounds.
None of the lines displayed high sensitivity (Figure S2).
These biomarkers have displayed high sensitivity and specificity.
This biosensor displayed high specificity, which could discriminate target microRNAs from one base mismatched microRNAs.
Furthermore, the fabricated AChE biosensor displayed high stability, excellent activity, and fast response to OPs.
Enzymatic glucose sensors, working on the same principle, display high sensitivity to glucose.
The resulting biosensor displayed a high sensitivity, good reproducibility and long-time stability, and the wide linear range and detection limit was 20 180 μmol L−1 and 6.7 μmol L−1 for the detection of H2O2.
Thus the as-prepared biosensor exhibit high sensitivity (52.4 μA·mM−1·cm−2), fast response (<2 s) and excellent selectivity to glucose.
The biosensor also displayed high selectivity to differentiate one-base mismatched DNA.
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