Fig. 7: Detection of Ag+ and cysteine based on the 8OHG-T hydrogel. | Nature Communications

Fig. 7: Detection of Ag+ and cysteine based on the 8OHG-T hydrogel.

From: Developing a machine learning model for accurate nucleoside hydrogels prediction based on descriptors

Fig. 7

a, b The fluorescence of the 8AG-T (a) and 8OHG-T (b) hydrogels after adding Rho123. c Photographs of the 8OHG-T hydrogels after adding ionic solutions. d 1H nuclear magnetic resonance (NMR) spectrophotometric titration of the 8OHG-T hydrogel with increasing Ag+. The peaks represent N1H of 8. e 1H NMR spectrophotometric titration of the 8OHG-T hydrogel with increasing Ag+. The peaks represent N7H of 8. f The process of the detection of Ag+ and cysteine based on the 8OHG-T hydrogel.

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