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- W4366989860 abstract "Abstract Biosensors featuring single molecule detection present huge opportunities as well as challenges in food safety inspection, disease diagnosis, and environmental monitoring. Single‐molecule detection is largely lacking of high enough activity, precision molecule selectivity, and understanding in the exact operating mechanism. Single‐atom catalysts (SACs), especially those metals‐nitrogen‐carbon that mimic the natural metalloenzyme structure, and with well‐defined metal atom bond configurations, high level of molecular selectivity, and easy fabrication, endow single molecule detections with practical‐use feasibilities. The recent advances in single‐atom catalysts also present new pathways in the key mechanism understandings. In this short review, we will first visit the brief history and advantages of SACs that have been explored only recently for molecule‐scale biosensors, where they are analogous and also differentiated from those nanozymes and natural metalloenzymes. Their applications in electrochemical, photochemical, and photoelectrochemical sensors are then discussed comprehensively by focusing on the different molecule‐scale sensing modes in achieving local coordination‐modulated signal amplifications. Finally, we identify new opportunities and challenges faced by these SACs‐based single molecule detections in the further development of biosensors. image" @default.
- W4366989860 created "2023-04-27" @default.
- W4366989860 creator A5005358046 @default.
- W4366989860 creator A5011848072 @default.
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- W4366989860 creator A5061386417 @default.
- W4366989860 creator A5066102428 @default.
- W4366989860 date "2023-04-24" @default.
- W4366989860 modified "2023-10-14" @default.
- W4366989860 title "Single‐atom metal‐nitrogen‐carbon catalysts energize single molecule detection for biosensing" @default.
- W4366989860 cites W1976652877 @default.
- W4366989860 cites W2003201962 @default.
- W4366989860 cites W2015174156 @default.
- W4366989860 cites W2023212584 @default.
- W4366989860 cites W2083566388 @default.
- W4366989860 cites W2097191395 @default.
- W4366989860 cites W2134716155 @default.
- W4366989860 cites W2170913114 @default.
- W4366989860 cites W2293233769 @default.
- W4366989860 cites W2502288548 @default.
- W4366989860 cites W2551962530 @default.
- W4366989860 cites W2586484796 @default.
- W4366989860 cites W2591395609 @default.
- W4366989860 cites W2770544645 @default.
- W4366989860 cites W2773420508 @default.
- W4366989860 cites W2884659972 @default.
- W4366989860 cites W2886535263 @default.
- W4366989860 cites W2889413955 @default.
- W4366989860 cites W2901636334 @default.
- W4366989860 cites W2903807505 @default.
- W4366989860 cites W2914513470 @default.
- W4366989860 cites W2915214302 @default.
- W4366989860 cites W2938428450 @default.
- W4366989860 cites W2942921759 @default.
- W4366989860 cites W2945449442 @default.
- W4366989860 cites W2947005815 @default.
- W4366989860 cites W2948084726 @default.
- W4366989860 cites W2949881242 @default.
- W4366989860 cites W2959043216 @default.
- W4366989860 cites W2959158634 @default.
- W4366989860 cites W2969998628 @default.
- W4366989860 cites W2971850572 @default.
- W4366989860 cites W2973220902 @default.
- W4366989860 cites W2973980246 @default.
- W4366989860 cites W2980501797 @default.
- W4366989860 cites W2981484715 @default.
- W4366989860 cites W2988144741 @default.
- W4366989860 cites W2989881235 @default.
- W4366989860 cites W2991451371 @default.
- W4366989860 cites W2998370555 @default.
- W4366989860 cites W2998936528 @default.
- W4366989860 cites W2999095590 @default.
- W4366989860 cites W2999508154 @default.
- W4366989860 cites W3000459077 @default.
- W4366989860 cites W3001779121 @default.
- W4366989860 cites W3012912982 @default.
- W4366989860 cites W3013072367 @default.
- W4366989860 cites W3014533883 @default.
- W4366989860 cites W3014556441 @default.
- W4366989860 cites W3015534373 @default.
- W4366989860 cites W3017150133 @default.
- W4366989860 cites W3020570023 @default.
- W4366989860 cites W3020659478 @default.
- W4366989860 cites W3025370441 @default.
- W4366989860 cites W3025935026 @default.
- W4366989860 cites W3026792591 @default.
- W4366989860 cites W3034967233 @default.
- W4366989860 cites W3037491188 @default.
- W4366989860 cites W3038070180 @default.
- W4366989860 cites W3041293535 @default.
- W4366989860 cites W3046311767 @default.
- W4366989860 cites W3047122260 @default.
- W4366989860 cites W3047806070 @default.
- W4366989860 cites W3048368295 @default.
- W4366989860 cites W3086466054 @default.
- W4366989860 cites W3087556416 @default.
- W4366989860 cites W3088692787 @default.
- W4366989860 cites W3088739641 @default.
- W4366989860 cites W3091313810 @default.
- W4366989860 cites W3093779029 @default.
- W4366989860 cites W3095074933 @default.
- W4366989860 cites W3095475868 @default.
- W4366989860 cites W3096424354 @default.
- W4366989860 cites W3098578499 @default.
- W4366989860 cites W3101877203 @default.
- W4366989860 cites W3112875897 @default.
- W4366989860 cites W3113901040 @default.
- W4366989860 cites W3115204777 @default.
- W4366989860 cites W3120013297 @default.
- W4366989860 cites W3126822280 @default.
- W4366989860 cites W3127120089 @default.
- W4366989860 cites W3127776973 @default.
- W4366989860 cites W3134543273 @default.
- W4366989860 cites W3139069708 @default.
- W4366989860 cites W3152590407 @default.