Silk fibroin has applications in different medical fields such as tissue engineering,
regenerative medicine, drug delivery and medical devices. Advances in silk chemistry and …

Biobased resources are proposed as next‐generation materials for advanced application.
Among them, silk fibroin, a protein‐based material generally obtained from Bombyx mori …

A variety of artificial spinning methods have been applied to produce regenerated silk fibers;
however, how to spin regenerated silk fibers that retain the advantages of natural silks in …

More than 400 million years of natural selection acting throughout the arthropoda has
resulted in highly specialized and energetically efficient processes to produce protein-based …

Silk fibers have outstanding mechanical properties. These fibers are insoluble in organic
solvents and water, are biocompatible, and exhibit slow biodegradation in vitro and in vivo …

Silks are protein-based fibers made by arthropods for a variety of task-specific applications.
In this article, we review the key features of silk proteins. This article initially focuses on the …

Biomedical textiles and fiber‐based implants (BTFIs) have been in routine clinical use to
facilitate healing for nearly five decades. Amongst the variety of biomaterials used, silk …

Electrospinning is a good method to obtain nanoscale fibers from polymer solutions. In this
paper, we successfully prepared non-woven nanofibers of Bombyx mori and Samia cynthia …

Many natural fibers are lightweight and display remarkable strength and toughness. These
properties originate from the fibers' hierarchical structures, assembled from the molecular to …

Tissue and organ repair still represents a clinical challenge. Tissue engineering and
regenerative medicine (TERM) is an emerging field focused on the development of …