eBook 정보
Chapters Brief Overview:
1: Nanobiotechnology – Introduction to nanoscale biological systems and their applications.
2: Nanorobotics – The role of nanorobots in medical treatments and targeted drug delivery.
3: Molecular engineering – Designing molecules for advanced biotechnological applications.
4: Molecular biophysics – Understanding biomolecular interactions at the nanoscale.
5: Applications of nanotechnology – Broad impacts in healthcare, energy, and environmental science.
6: Virus nanotechnology – Using viruses as templates for nanotechnological advancements.
7: Bacillus virus phi29 – Insights into viral assembly and its applications in nanomedicine.
8: Intracellular delivery – Nanoscale strategies for precise delivery of therapeutic agents.
9: Biological computing – Harnessing biomolecules to process and store information.
10: Drug delivery – Nanotechnologydriven innovations for targeted therapeutic solutions.
11: Nanotoxicology – Assessing safety and risks associated with nanomaterials.
12: Nanochemistry – The chemical principles governing nanoscale interactions.
13: Nanomedicine – Transformative advances in diagnostics and treatment strategies.
14: Nanoparticle–biomolecule conjugate – Enhancing biological functions through nanoparticle binding.
15: Gold nanoparticles in chemotherapy – Precision treatment strategies using gold nanoparticles.
16: Nanotechnology – Fundamental principles shaping modern applications.
17: DNA origami – Engineering nanostructures with selfassembling DNA.
18: DNA nanotechnology – Constructing nanoscale devices using DNAbased approaches.
19: Molecular nanotechnology – Manipulating molecules to create novel nanodevices.
20: Nanosensor – Ultrasensitive tools for detecting biological and chemical changes.
21: Magnetic nanoparticles – Their role in imaging, therapy, and biomedical applications.
This book offers a deep dive into cuttingedge advancements, merging theory with realworld applications. It is an indispensable guide for anyone eager to stay ahead in the rapidly evolving field of nanobiotechnology.
