DNA Nanotechnology: Advances in Molecular Design and Self Assembly
About this ebook
DNA nanotechnology-Explore the principles and foundations of DNA nanotechnology, and understand its transformative role in nanoscale engineering
DNA-Delve into the structure and properties of DNA, the building block of DNA nanotechnology, highlighting its versatility in design and manipulation
Nanotechnology-Understand the broader context of nanotechnology, and its intersection with DNAbased innovations that drive new advances in molecular engineering
Nucleic acid secondary structure-Examine how nucleic acids' secondary structures are key to designing DNA nanostructures, enabling stability and functionality
M13 bacteriophage-Learn about the M13 bacteriophage and its critical role in advancing DNAbased nanotechnology, particularly in the assembly of nanoscale materials
Holliday junction-Study the Holliday junction, a pivotal structure in DNA recombination, and its significance in the creation of molecular scaffolds
Molecular selfassembly-Discover the process of molecular selfassembly, where DNA strands spontaneously form complex structures without external guidance
DNA origami-Dive into DNA origami, the art of folding DNA into specific shapes, which has revolutionized the way we design nanostructures
Spherical nucleic acid-Understand the concept of spherical nucleic acids and their applications in drug delivery and diagnostic technologies
Peptide nucleic acid-Explore peptide nucleic acids, synthetic analogs of DNA that hold promise for advancements in genetic diagnostics and therapy
Molecular models of DNA-Gain insight into various models of DNA structure, and how these models help in predicting molecular behavior for precise design
Robert Dirks-Learn about Robert Dirks' contributions to DNA nanotechnology and his pioneering work on DNAbased devices and systems
Nucleic acid design-Investigate the design strategies behind nucleic acids, focusing on their role in creating programmable molecular systems
TectoRNA-Discover TectoRNA, an innovative RNAbased technology that complements DNA origami by expanding the toolkit for molecular engineering
DNA computing-Dive into DNA computing, where DNA molecules are used to perform computational tasks, revolutionizing the future of information processing
Nanoruler-Explore the concept of a nanoruler, a tool for measuring at the molecular level, and its applications in molecular diagnostics and research
Biomolecular structure-Understand the intricate structures of biomolecules and how they inform the development of DNA nanotechnology applications
Cees Dekker-Learn about Cees Dekker's groundbreaking work on DNA nanostructures and his contributions to the broader field of molecular engineering
RNA origami-Explore RNA origami, a cuttingedge technique that utilizes RNA molecules for nanostructure design and its potential applications in various fields
Nadrian Seeman-Discover the pioneering research of Nadrian Seeman, a visionary in DNA nanotechnology, and his foundational work in molecular assembly
DNA walker-Learn about the DNA walker, a molecular device that moves along a DNA track, and its promise for future applications in molecular robotics and drug delivery.
