Bacillus Virus Phi 29 - Unveiling the Potential of Viral Nanostructures in Advanced Biotechnology
Fouad Sabry
Maison d'édition: One Billion Knowledgeable
Synopsis
In the rapidly evolving field of Nanobiotechnology, understanding the intricate relationship between viruses, bacteria, and molecular machinery is paramount. Bacillus Virus Phi 29 serves as a gateway to exploring this fascinating domain, offering a detailed look at bacteriophages, viral structures, and their application in scientific advancements. Whether you're a professional, a graduate student, or an enthusiast, this book provides essential insights into the viral world and its crucial role in nanotechnology Chapters Brief Overview: Bacillus virus phi29: Explore the unique characteristics and functions of the Phi 29 bacteriophage, a key player in nanobiotechnology T7 phage: A deep dive into the T7 phage, known for its potential in genetic engineering and its application in biotechnology Phageassisted continuous evolution: Understand the role of phageassisted evolution in accelerating the development of new biotechnologies Salmonella virus P22: Learn about the P22 virus and its importance in bacterial genetics and nanobiotechnology applications M13 bacteriophage: Examine the M13 phage, known for its use in molecular biology, particularly in the study of proteins and DNA Bacteriophage pRNA: Discover the significance of pRNA in bacteriophage replication and its potential applications in nanomedicine Prohead: Investigate the structure and role of the prohead in bacteriophage assembly, a crucial component in nanobiotechnology Microviridae: Delve into the family of Microviridae viruses and their relevance in the development of nanomaterials and genetic tools Pseudomonas virus phi6: Learn about the Phi6 virus, a model organism for studying RNA viruses and their applications in biotechnology Lambda phage: Gain insight into the Lambda phage, a widely used bacteriophage in genetic engineering and research Charles C. Richardson: Explore the contributions of Charles C. Richardson to molecular biology and his influence on nanobiotechnology Proofreading (biology): Understand the critical process of proofreading in biology and its implications in ensuring the accuracy of molecular replication Bacteriophage: A comprehensive overview of bacteriophages, their structures, and their vast applications in nanobiotechnology Φ29 DNA polymerase: Explore the Φ29 DNA polymerase enzyme and its role in molecular replication, crucial for DNA amplification techniques Molecular biology: Dive into molecular biology, laying the foundation for understanding the biological processes central to nanobiotechnology Ff phages: Study the Ff phages, their unique characteristics, and their potential in biotechnology and genetic research RNA origami: Discover RNA origami, an innovative field within nanobiotechnology that utilizes RNA molecules to create nanostructures DNA polymerase: Learn about DNA polymerase enzymes and their vital role in DNA replication and repair, key to genetic research and applications Bacillus phage: Examine Bacillus phages, focusing on their interactions with bacteria and their importance in nanobiotechnology Primase: Understand the function of primase in DNA replication, a crucial step in genetic research and biotechnological applications Rolling circle replication: Explore the rolling circle replication mechanism and its applications in molecular cloning and nanotechnology Bacillus Virus Phi 29 stands as an indispensable resource for anyone seeking to understand the cuttingedge intersections of microbiology, biotechnology, and nanotechnology. With its indepth exploration of viruses, bacteriophages, and molecular processes, this book provides both foundational knowledge and advanced applications, making it a mustread for professionals, students, and anyone with an interest in the future of biotechnology.
Disponible depuis: 15/03/2025.
Longueur d'impression: 208 pages.
