eBook[PDF]

E BOOK DNA Beyond Genes From Data Storage and Computing to Nanobots, Nanomedicine, and Nanoelectronics by Vadim V. Demidov

$45.00

✓ Secure checkout

✓ Instant digital download

✓ PDF document

Document details

Pages: 166
File size: 28.71 MB
Format: Digital PDF
Course: Biotechnology
Category: eBook[PDF]

About this ebook

The DNA Beyond Genes: From Data Storage and Computing to Nanobots, Nanomedicine, and Nanoelectronics by Vadim V. Demidov explores the non-biological, structural, and material capabilities of DNA. Rather than focusing on its role as a genetic blueprint, the book treats DNA as an extraordinary raw material for nanoengineering. [1]

The book details several emerging scientific and technological fields: [1]

📁 1. DNA Data Storage

Binary-to-Quaternary Conversion: How digital 1s and 0s are translated into the four chemical letters of DNA (A, C, G, T). [1, 2]
Synthesis and Sequencing: The mechanisms used to chemically write information into DNA strands and use modern sequencers to read it back. [1, 2]
Archival and Security Applications: The use of DNA for high-density, ultra-durable data storage, as well as concepts like DNA cryptography and DNA identity tags. [1, 2]

💻 2. DNA Computing

Biocomputation: Utilizing DNA molecules as processing substrates to solve complex mathematical or logical problems.
Autonomous Circuits: The design of molecular circuits and switches that operate in unconventional, fluid media.
In Vivo Processing: Progress toward integrating calculation capabilities within living organisms. [1, 2]

🤖 3. Structural Nanotechnology & Nanobots

DNA Origami: The technique of folding long strands of DNA into custom 2D and 3D shapes, symbols, or structural frameworks.
Molecular Machines: The engineering of functional nanoscale devices, including DNA walkers, hinges, gears, and dynamic switches.
Nanorobots: Programmable nanoscale robots designed to autonomously interact with their surrounding environment. [1, 2, 3, 4]

🏥 4. Nanomedicine & Biosensing

Targeted Drug Delivery: Building smart DNA nanostructures (like "cages" or barrels) that remain locked until they recognize specific protein markers on diseased cells, safely delivering a therapeutic cargo. [1]
Advanced Biosensors: Deploying responsive DNA constructs to detect minuscule environmental shifts or specific chemical biomarkers inside living tissues. [1, 2]

⚡ 5. Nanoelectronics

DNA-Based Circuitry: Constructing electronic components at the molecular level using DNA as a template or structural backbone.
Metallized Nanowires: Utilizing DNA strands to guide the assembly of conductive metals (such as silver or palladium) to create ultra-thin, highly uniform nanowires for future computer hardware. [1, 2]