Electrospinning: Advancing Nanofiber Technologies for Drug Delivery and Biomedical Applications
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Chapters Brief Overview:
1: Electrospinning – Introduces the process, mechanisms, and applications in nanotechnology.
2: Melt electrospinning – Explores the solventfree technique for producing highperformance fibers.
3: Nanofabrics – Discusses their role in creating ultralight, durable, and functional materials.
4: Carbon nanofiber – Examines their strength, conductivity, and applications in various industries.
5: Nanofiber – Highlights their structural advantages and role in drug delivery and filtration.
6: Alternating current electrospinning – Details innovations in fiber formation using AC fields.
7: Alginic acid – Covers its integration into nanofibers for biomedical and food applications.
8: Biotextile – Explores ecofriendly textiles engineered with nanotechnology.
9: Hydrogel fiber – Discusses moistureretaining fibers for medical and cosmetic use.
10: Interfacial polymerization – Explains fiber synthesis at molecular interfaces.
11: Spinning (polymers) – Reviews traditional and modern spinning techniques.
12: Nerve guidance conduit – Highlights fiber applications in nerve regeneration.
13: Polymer nanocomposite – Examines how nanofibers enhance polymer strength and flexibility.
14: Nanoscaffold – Explores 3D nanostructures for tissue engineering.
15: Noncarbon nanotube – Introduces alternative nanotube materials.
16: Melt blowing – Discusses fiber production through highspeed airflows.
17: Rockcliffe St. J. Manley – Explores his contributions to fiber research.
18: Sodium polyacrylate – Covers its superabsorbent properties.
19: Spinneret (polymers) – Examines nozzlebased fiber formation.
20: Nanocellulose – Highlights its strength and sustainability.
21: Medical textiles – Discusses nanofiber applications in healthcare.
From innovative medical breakthroughs to sustainable textiles, this book bridges fundamental science with realworld applications. It equips readers with knowledge essential for careers in nanotechnology, materials science, and biomedical engineering. Dive into the future of electrospinning and discover the endless possibilities of nanocapsules.
