▎ 摘　　要

Graphene-based sponge, constructed by two-dimensional carbon nanosheets, is a new type of trauma hemostatic material. It has features of hierarchical porous structures, ultrafast liquid absorption capacity, and versatile surface functionalization. Therefore, it has been used as a platform to achieve multifunctional composites, showing the great applications in the field of trauma hemostasis. This review summaries the research progress focusing on the applications and mechanism researches of graphene-based hemostatic sponges, and suggests its prospects for its development.