Fig. 1: Scheme of DNA hydrogel band-aid for accelerated hemostasis that can fulfill the clinical requirements of stabilizing a profuse bleeding wound. | Nature Communications

Fig. 1: Scheme of DNA hydrogel band-aid for accelerated hemostasis that can fulfill the clinical requirements of stabilizing a profuse bleeding wound.

From: Neutrophil extracellular traps-inspired DNA hydrogel for wound hemostatic adjuvant

Fig. 1

Physiologically, neutrophils at the wound site released extracellular DNA to form traps (NETs) that promote fast and stable thrombosis. Similarly, our form factor conforming DNA hydrogel was able to form NETs-like thrombosis. Besides the conformational advantage, DNAgel is also highly absorptive of blood at the wound edge and high adhesive to the wetted wound surfaces, thus forming both a physical blockade and biological clot to stop the bleeding.

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