Rapid hemostasis and antibacterial properties are essential for novel
wound dressings to promote wound healing. In particular, timely and rapid hemostasis could be of benefit to reduce the mortality caused by excessive
bleeding loss. Herein, we present a novel strategy of combining electrospinning technology with post-modification technology to prepare a multifunctional
wound dressing,
cellulose diacetate-based composite
wound dressing (CDCE), with rapid hemostasis and antibacterial activity. It is interesting that the CDCE
wound dressing had superhydrophilicity, high water absorption, and strong absorbing capacity, which could eliminate the exudate around the
wound in a timely manner and further promote rapid hemostasis. Additionally, its excellent antibacterial properties could inhibit severe
infection in the
wound and accelerate wound healing. Based on these advantages, the novel CDCE
wound dressing could promote
wound contraction and further accelerate wound healing compared with the common traditional
wound dressing gauze. Taken together, the multifunctional CDCE
wound dressing has high potential for clinical application in the future.