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This biosensor demonstrated high sensitivity and applicability, with lower limits of detection of 12 CFU mL−1 in broth samples and 30 300 CFU mL−1 in spiked complex food matrices.
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Together with the use of a reported probe, the biosensor has demonstrated high sensitivity.
The biosensors based on GlOx adsorbed on silicalite demonstrated high sensitivity to glutamate.
Furthermore, the biosensor demonstrated high stability with good reproducibility.
In addition, the biosensor demonstrated high anti-interference ability, stability and natural life.
We demonstrate high sensitivity of the biosensor with a linear detection range between 8 and 23 μM.
The nanorod array-based biosensor demonstrates high H2O2 sensing performance in terms of excellent sensitivity (379 μA mM−1 cm−2), low detection limit (0.2 μM) and high selectivity with the apparent Michaelis Menten constant estimated to be as small as 33.9 μM.
Thus the as-prepared biosensor exhibit high sensitivity (52.4 μA·mM−1·cm−2), fast response (<2 s) and excellent selectivity to glucose.
Optical biosensors present higher sensitivity than the other biosensors.
All biosensors based on zeolite/enzyme demonstrated high signal reproducibility.
These clusters demonstrate high MR sensitivity.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com