TectoRNA

TectoRNA, a groundbreaking book within the “DNA Nanotechnology” series, unveils the fascinating world of molecular engineering and selfassembling systems. This book delves into the revolutionary potential of nucleic acids and their applications in the creation of nanostructures with unprecedented precision. Whether you're a professional, an undergraduate or graduate student, or simply an enthusiast, this book serves as an essential resource that bridges theoretical principles and cuttingedge applications. The cost of this book is far outweighed by the immense value it offers to anyone interested in DNA nanotechnology.

Chapters Brief Overview:

1: TectoRNA: An introduction to the role of TectoRNA in building complex nanostructures, advancing DNAbased technology.

2: Nanoring: Focuses on the design and function of DNAbased nanorings, and their importance in molecular engineering.

3: Selfassembly of nanoparticles: Explores how nanoparticles selforganize, facilitating breakthroughs in nanotechnology.

4: Molecular assembler: Discusses the principles and applications of molecular assemblers in nanotechnology.

5: Coiled coil: Examines the role of coiled coils in stabilizing structures at the molecular level.

6: DNA origami: Delves into the techniques used to fold DNA into complex shapes and structures for various applications.

7: Nanoruler: Describes how DNA nanotechnology can be applied in precise measurement and regulation at the nanoscale.

8: DNA nanotechnology: A comprehensive look at the foundational principles and modern advancements in DNA nanotechnology.

9: M13 bacteriophage: Investigates the unique properties of M13 bacteriophages in the context of nanotechnology.

10: Spherical nucleic acid: Explains the novel concept of spherical nucleic acids and their potential applications in molecular design.

11: Macromolecular cages: Details how DNA can be utilized to create cages for encapsulating molecules and drug delivery.

12: Nucleic acid design: Focuses on the creation and optimization of nucleic acid structures for various scientific purposes.

13: Nucleic acid tertiary structure: Discusses the complex threedimensional structures formed by nucleic acids.

14: RNA origami: Expands on the principles of RNA origami, showcasing how RNA can be folded into complex shapes.

15: Selfassembling peptide: Describes how peptides selfassemble into functional nanostructures, playing a role in biomedicine.

16: Nucleic acid secondary structure: Explores the significance of secondary structures in nucleic acids and their biological functions.

17: Nadrian Seeman: Honors the contributions of Nadrian Seeman to the field of DNA nanotechnology and its evolution.

18: Selfreplication: Examines the potential for selfreplicating molecular systems in advancing nanotechnology.

19: Robert Dirks: Highlights the contributions of Robert Dirks in the development of DNA nanotechnology.

20: Holliday junction: Discusses the role of the Holliday junction in genetic recombination and its implications in nanotech.

21: Tetraloop: Explores the structure and function of tetraloops in nucleic acid folding and stability.

TectoRNA offers readers a deep dive into the intersection of biology and technology, presenting an invaluable collection of insights and practical knowledge that will inspire anyone working with DNA nanotechnology. This book's comprehensive coverage of cuttingedge topics ensures that it remains an essential resource for anyone in the field.