A nanofiber carrier and its preparation method

Abstract

This invention provides a nanofiber carrier comprising biocompatible polymers, inorganic salts, and bioactive agents, formed by electrospinning into a three-dimensional structure with dynamic stability and time-controlled release. The nanofiber carrier exhibits bioactivity and achieves rapid, stable, and controllable release while maintaining uniform distribution. This nanofiber carrier can be widely applied in various fields such as drug delivery, biomolecule delivery, gene regulation delivery, cell delivery, and nanoparticle release. It is suitable not only for drug-based disease treatment, tissue repair and regeneration engineering, and wound care, but also for high-end cosmetics and beauty care. Furthermore, this invention also has considerable potential for industrial applications.

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