M13 Bacteriophage: Advances in Genetic Engineering and Nanostructure Design
About this ebook
Chapters Brief Overview:
1: M13 bacteriophage: Introduces the unique properties and applications of M13 bacteriophage in nanotechnology.
2: Bacteriophage P2: Explores the structure and genetic makeup of P2, highlighting its relevance to nanotechnology.
3: Pseudomonas virus phi6: Examines the role of phi6 in understanding virus structure for nanomaterial development.
4: Lambda phage: Discusses the lambda phage's genetic manipulation and its applications in DNA nanotechnology.
5: Phageassisted continuous evolution: Focuses on how phageassisted evolution enhances the development of biotechnology tools.
6: Tectivirus: Delves into tectivirus structure and its potential applications in nanodevice fabrication.
7: Corticovirus: Investigates the role of corticovirus in engineering biological systems for nanotechnological applications.
8: Bacteriophage Qbeta: Covers the use of Qbeta in the development of RNA nanotechnology and genetic engineering.
9: Bacteriophage AP205: Describes AP205 and its importance in the synthesis of viruslike particles for nanomedicine.
10: Filamentous bacteriophage: Explores filamentous bacteriophage's utility in constructing nanoarchitectures for drug delivery.
11: CTXφ bacteriophage: Highlights the versatility of CTXφ in enhancing biotechnology applications and gene delivery.
12: Spiroplasma phage 1R8A2B: Discusses the potential of Spiroplasma phage in advancing nanotechnology and biotechnology.
13: Escherichia virus T4: Examines T4 phage and its groundbreaking use in nanofabrication and materials science.
14: Bacteriophage MS2: Looks into MS2 phage's impact on RNA nanotechnology and its potential in therapeutic applications.
15: Phi X 174: Describes Phi X 174's role in advancing viral vector technologies for gene therapy and biotechnology.
16: Ff phages: Investigates Ff phages' contribution to understanding proteinbased nanostructures and DNA assembly.
17: Phagemid: Introduces phagemids and their significance in the synthesis of recombinant proteins for medical use.
18: Phage display: Explores phage display technology and its applications in drug discovery, antibody engineering, and diagnostics.
19: T7 phage: Discusses T7 phage as a powerful tool for nanotechnology research and the design of molecular devices.
20: Salmonella virus P22: Examines the use of P22 in advancing the field of viralbased vaccines and nanotechnology.
21: Microviridae: Concludes with an exploration of Microviridae’s application in nanotechnology, highlighting its potential in future research.
By studying this book, readers will gain a profound understanding of how bacteriophages drive innovation in nanotechnology. Whether you're looking to deepen your knowledge or discover new scientific avenues, this work is an indispensable resource for advancing your studies and professional expertise.
