Demonstrates efficient H2O2 sensing using nanozyme hydrogels, suggesting a sustainable sensing platform.
detection up to 100 μM with sub-micromolar detection limits (< 1 μM), while offering key materials-level advantages including reusability, structural stability, and facile magnetic manipulation. This work establishes a simple approach for integrating nanozyme catalysis, magnetic actuation, and sustainable biopolymer matrices, offering a broadly applicable platform for magnetically tunable catalytic materials and responsive sensing systems.
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Viteri et al. (2026) studied this question.
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