Tissue engineering (TE) provides a practicable method for tissue and organ repair or
substitution. As the most important component of TE, a scaffold plays a critical role in …

As people pay more attention to physical health, smart textiles with motion detection
functions are favored by consumers. Up to now, developing conductive composite yarns with …

Medical textiles is an emerging specialist field within the textile industry showing substantial
growth in the amount of research attention it has attracted over the past ten years and it is …

The present study aimed to prepare nanofibers by electrospinning in the system polylactic
acid-hydroxyapatite-doxycycline (PLA-HAP-Doxy) to be used as a drug delivery vehicle …

The rotator cuff consists of a cuff of soft tissue responsible for rotating the shoulder. Rotator
cuff tendon tears are responsible for a significant source of disability and pain in the adult …

The global smart textile industry is estimated to reach 5.9 billion by 2026. However current
textiles are limited due to the number of materials that can be incorporated into textiles that …

Microscale fibrous materials with high surface areas and ordered structures have attracted
widespread attention recently. Microfluidic spinning technology that can effectively control …

In cell‐free scaffold tissue engineering (TE), an essential prerequisite is the scaffold design
to promote cellular activities and tissue formation. The success is greatly dependent upon …

A woven nanotextile implant was developed and optimized for long-term continuous drug
delivery for potential oncological applications. Electrospun polydioxanone (PDS) nanoyarns …

As an ideal substrate for active material integration, fabrics of nanofiber bundles have held
great promise due to their outstanding surface area, unique mechanical flexibility, and textile …