Nanozymes featuring with economic cost, high stability, tunable properties, have captured broad interest to break through the limitations of enzymes in practice. The emergency of single-atom materials pushes forward the nanozymes research into the atomic level. Single-atom materials with high atomic utilization efficiency, unique coordination environments and strong metal-support interactions offer great opportunities to reveal their structure-activity relationship and regulate their enzyme-like activities. In this review, recent advances of si...
