Electrospun nano-medical dressing is an advanced wound dressing. Compared with traditional dressings

it has a loose and porous structure that is highly similar to the human body’s natural extracellular matrix (ECM)

which can effectively regulate cell proliferation and accelerate wound closure. It shows great advantages in promoting skin growth and healing. Not only that

studies have shown that loading drugs and biologically active substances in electrospun nanofibers can achieve sustained release. This feature can provide convenient conditions for the growth of damaged tissues within an effective time. The electrospun fiber membrane can significantly improve the healing speed

and can be promoted to clinical applications as a medical dressing with superior performance. Based on the current research

this article briefly introduces the basic principles of electrospinning technology and the characteristics of electrospinning medical dressings. Subsequently

according to the types of electrospun substrates

they were classified into natural electrospun dressings

synthetic electrospun dressings and composite electrospun dressings. The characteristics and antibacterial capabilities of various dressings were discussed in detail. Finally

some problems in the electrospinning process and antibacterial experiments of electrospinning medical dressings at this stage

and prospects for the research of optimized electrospinning dressings for bionic skin are put forward.