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From: Functional fluorescent probes for efficient identification and detection of mercury ions based on fluorescence emission, quenching, and resonance energy transfer processes

Functional fluorescent probes for efficient identification and detection of mercury ions based on fluorescence emission, quenching, and resonance energy transfer processes

Figure 6. (A) Proposed binding mechanism of fluorescent peptidyl bioprobe with Hg²⁺; (B) ¹H NMR spectra analysis of peptidyl bioprobe with Hg²⁺; (C) Fluorescence spectra of peptidyl bioprobe with different concentration of Hg²⁺ in distilled water (left), and phosphate buffered aqueous system (right); (D) Fluorescence spectra of peptidyl bioprobe with different kinds of metal ions in distilled water (left), and phosphate buffered aqueous system (right)^[52]. Copyright 2017, Elsevier B.V. NMR: Nuclear magnetic resonance.

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Committee on Publication Ethics

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Committee on Publication Ethics

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