An ideal wound dressing for full-thickness wound regeneration should offer desirable
biocompatibility, adequate mechanical properties, barrier function, and cellular regulation …

Full‐thickness skin wound dressings are critically important for acute cutaneous wound
healing. In this study, a bilayer sheet originating from biological macromolecules, mimicking …

Scarless skin regeneration for full-thickness wounds remains a challenge in skin tissue
engineering. The surprising scar-free repair function of fetal skin has inspired that the ideal …

Abstract Treatment of full-thickness skin wounds with minimal scarring and complete
restoration of native tissue properties still exists as a clinical challenge. A bilayer skin …

Dermal reconstruction in acute and chronic wounds needs highly vascularized dermal tissue
engineered skin substitutes which has the potentiality to provide physical cues as well as …

In this study, the novel silk fibroin-based bi-layered wound dressing was developed. Wax-
coated silk fibroin woven fabric was introduced as a non-adhesive layer while the sponge …

Chronic wound healing is a major threat all over the world. There are currently a plethora of
biomaterials-based wound dressings available for wound healing applications. In this study …

Full thickness wound healing with minimal scarring and complete restoration of normal skin
properties still remains as a clinical challenge. In this study, a bilayer skin substitute has …

Improved and more rapid healing of full-thickness skin wounds remains a major clinical
need. Silk fibroin (SF) is a natural protein biomaterial that has been used in skin repair …

To overcome the drawbacks of single-layered wound dressings, bilayer dressings are now
introduced as an alternative to achieve effective and long-term treatment. Here, a bilayer …