DNA: Advancements in Molecular Engineering and Nanoscale Systems
About this ebook
Chapters Brief Overview:
1: DNA: Introduces the foundational structure and function of DNA, explaining its role in life processes and nanotechnology.
2: Nuclear DNA: Focuses on the organization and functions of nuclear DNA within cells, vital for understanding cellular mechanisms.
3: Timeline of the history of genetics: A chronological review of key genetic discoveries, illustrating the evolution of DNA knowledge.
4: Complementarity (molecular biology): Delves into base pair complementarity, a principle crucial for DNA structure and molecular interactions.
5: Sense (molecular biology): Explores the sense strand in molecular biology, shedding light on genetic encoding.
6: Molecular genetics: Discusses gene expression and regulation at the molecular level, bridging genetics and biotechnology.
7: Nucleic acid: Introduces the broader category of nucleic acids, encompassing both DNA and RNA, critical for understanding genetic material.
8: Base pair: Explains the concept of base pairs and their significance in the structure and function of DNA.
9: Nucleic acid hybridization: Investigates the process of nucleic acid hybridization, pivotal for gene mapping and diagnostics.
10: Nucleic acid sequence: Details the sequencing of nucleic acids, a foundational technique in genetics and biotechnology.
11: Central dogma of molecular biology: Clarifies the flow of genetic information, from DNA to RNA to protein synthesis.
12: Gene: Focuses on the concept of genes, their role in heredity, and their impact on biotechnology and medicine.
13: Triplestranded DNA: Discusses the intriguing phenomenon of triplestranded DNA and its potential applications in nanotechnology.
14: Nucleotide: Breaks down the building blocks of DNA, providing insight into their role in genetic coding.
15: History of RNA biology: Reviews the development of RNA biology, helping understand the broader context of genetic research.
16: Palindromic sequence: Analyzes palindromic sequences in DNA, essential for genetic manipulation and design in nanotechnology.
17: Nucleic acid secondary structure: Investigates the complex secondary structures of nucleic acids, key to their biological function.
18: RNA: Provides an indepth understanding of RNA's structure, function, and its relationship with DNA in genetic processes.
19: DNA synthesis: Covers the process of DNA synthesis, vital for biotechnology, gene editing, and nanotechnology.
20: RNA world: Explores the hypothesis that early life was based on RNA, shaping our understanding of molecular evolution.
21: DNA replication: Discusses the mechanisms of DNA replication, crucial for cellular reproduction and biotechnology.
With each chapter offering a focused, indepth analysis, this book is indispensable for anyone aiming to explore the role of DNA in advancing nanotechnology and molecular biology. Its content is meticulously structured to enhance understanding, making it a valuable resource for professionals, students, and hobbyists alike.
