DNA Walker

Discover the groundbreaking world of DNA Nanotechnology through “DNA Walker,” a vital contribution to the field that bridges the gap between molecular biology and nanotechnology. In this comprehensive book, Fouad Sabry guides you through the latest developments and applications of DNAbased systems, offering insights into their potential in robotics, medicine, and beyond. Whether you are a professional, student, or enthusiast, this book is an invaluable resource for understanding the future of molecular machines and nanorobots

Chapters Brief Overview:

DNA Walker: Explores the fundamentals of DNA walkers and their role in advancing molecular robotics

Nanorobotics: Delve into the world of nanorobots and their application in drug delivery, diagnostics, and environmental monitoring

Nanomedicine: Learn how DNA nanotechnology is revolutionizing medical treatments, from targeted therapies to innovative drug delivery systems

TectoRNA: Focuses on the development and use of TectoRNA structures, essential for programming DNA nanodevices

Ben Feringa: Examines the contributions of Nobel laureate Ben Feringa in the field of molecular machines, highlighting his work in synthetic chemistry

DNA Computing: Explores how DNA computing harnesses the unique properties of DNA to solve complex computational problems

Molecular Machine: Analyzes the principles of molecular machines and their potential for automation and precision in the molecular world

Molecular Knot: Investigates the concept of molecular knots and their implications for future nanotechnology applications

Spherical Nucleic Acid: Discusses the innovative design of spherical nucleic acids and their applications in diagnostics and nanomedicine

Synthetic Virology: Unveils the use of synthetic biology to create viral particles for use in drug delivery and genetic therapies

Toehold Mediated Strand Displacement: Explains how toeholdmediated strand displacement is used for constructing complex DNA circuits and sensors

Artificial Enzyme: Examines the development of artificial enzymes and their potential to mimic natural biological catalysts

Nanotechnology: Offers a broader view of nanotechnology’s role in modern science and its applications in medicine, materials, and energy

Molecular Motor: Introduces molecular motors, a key component in DNA nanotechnology, and their application in creating selfassembling systems

Collective Motion: Investigates how collective motion in DNA structures can lead to the development of more complex systems with higher functionality

DNA Nanotechnology: Reviews the field of DNA nanotechnology, emphasizing its current trends, challenges, and future possibilities

Synthetic Molecular Motor: Focuses on synthetic molecular motors, essential for developing advanced nanodevices with programmable motion

Nanocar: Explores the creation and application of DNAbased nanocars, small enough to travel through biological systems with precision

Molecular Biophysics: Discusses the biophysical principles that underpin the functionality and design of DNA nanomachines and systems

Nanomotor: Investigates the latest advancements in the development of nanomotors and their applications in the medical field

John Reif: Highlights the work of John Reif, a pioneer in DNA computing and molecular nanotechnology, and his groundbreaking research

By understanding the principles of DNA nanotechnology, this book empowers professionals, researchers, and students with the tools to explore new frontiers in biotechnology, nanomedicine, and robotics. Whether you're delving into cuttingedge research or simply fascinated by molecular technologies, “DNA Walker” offers the knowledge and insights you need to stay at the forefront of this exciting field.