Table 1.

Application of electrostatic spinning technology in skin diseases.

Types of Electrostatic Spinning Technology	Carbohydrate Types	Superiority	Treatment of Dermatosis Category	References
Coaxial electrostatic spinning	Specific protein polymer	Has higher cell proliferation efficiency; can change the surface characteristics; multi-system solution spinning; can easily manufacture nanofibers; easy to operate; excellent material handling ability;	Skin burning	[34]
Side-by-side electrostatic spinning	Synthetic polymer	The two solutions can be blended, and the release effect in vitro is remarkable; productivity can be improved.	Diabetic wound	[35]
Triaxial electrostatic spinning	Synthetic polymer	Able to build complex drug control system; promote the dissolution and penetration of drugs with poor water solubility in the model.	Diabetic ulcer	[36]
Emulsion electrostatic spinning	polysaccharide	Easy to process and control; suitable for delivering hydrophobic and hydrophilic drugs.	Skin wound	[37]
Multi-nozzle electrostatic spinning	polysaccharide	Manufactures large nanofibers to increase yield and coverage.	Skin wound	[38]
Portable electrostatic spinning	Synthetic polymer	Flexible use; in situ spinning; higher voltage; accuracy of voltage and flow; safe use; precise deposition	Skin burning	[39]
Near-field electrostatic spinning	Synthetic polymer	Combining biological 3D printing with traditional disordered electrospinning technology, highly ordered ultrafine fibers can be prepared.	Diabetic wound	[40]