21 Best Books on DNA

“Recombinant DNA Technology” Book Review: This book is dedicated to providing a comprehensive understanding of recombinant DNA technology and its practical applications. Readers can expect to gain knowledge on the fundamental principles and concepts of genetic engineering, as well as techniques such as protein expression of cloned genes, PCR amplification of DNA, and various forms of DNA fingerprinting, including RFLP, AFLP, and the latest siRNA technology. The content is intended for postgraduate students and teachers in the fields of Molecular Biology, Biotechnology, Genetics, Microbiology, Life Science, Pharmacy, Agriculture, and Basic Medical Sciences. Topics covered include Recombinant DNA Technology, Restriction Endonucleases Properties, Screening and Construction of DNA Libraries, Sanger’s Method for Sequencing, Bacterial Protein Production, Site-directed Mutagenesis, Restriction Fragment Length Polymorphism, Polymerase Chain Reaction DNA Fingerprinting, RNAi and siRNA Technology, as well as Molecular Biology Methods and Detection and Extraction of DNA from Gels.

“Recombinant DNA Technology” Book Review: The aim of this book is to offer a comprehensive understanding of the theoretical aspects of Recombinant DNA manipulation, with a particular emphasis on creating chimeric molecules using examples from experimental works. The target audience for this book includes undergraduates, postgraduates, and technicians who desire to learn and apply the principles and techniques of Recombinant DNA Technology. The primary objective is to introduce the fundamental principles and techniques used in Recombinant DNA Technology. The book begins by introducing various tools utilized in gene cloning, and concludes with a discussion of current research applications, such as the Human Genome Project, Ribozyme Technology, Antisense Technology, DNA Sequencing, Protein Engineering, Transgenic Technology, and the development of vaccines. Each chapter concludes with a summary presented in the form of flowcharts, highlighting the essential points.

“Recombinant Dna Technology and Genetic Engineering” Book Review: Genetic engineering involves deliberate manipulation of genetic material, primarily DNA, to modify, fix or enhance form or function. The techniques used for this purpose include recombinant DNA technologies, which involve combining different DNA strands through chemical splicing. This process is commonly carried out using bacteria or bacteriophages, or through direct microinjection. In recent years, traditional genetic engineering tools have been supplemented by newer techniques, such as synthetic biology, which enable the design and construction of new life forms. This book is intended to provide comprehensive knowledge of fundamental principles and concepts in the subject, catering to undergraduate and postgraduate life science students. The book stands out with its extensive use of illustrations to explain concepts and experiments.

“Molecular Biotechnology: Principles and Applications of Recombinant DNA” Book Review: The book provides a clear and concise writing style that avoids technical jargon, making it easy for students to comprehend complex biological systems and processes. By extensively utilizing figures, students can better understand the subject matter, laying the groundwork to support their research and development endeavors utilizing recombinant DNA technology. This latest edition provides comprehensive coverage of the most recent advancements in DNA sequencing techniques, therapeutics, vaccines, transgenic plants, and transgenic animals. Additionally, the book offers nearly 240 new figures to help readers better grasp the latest concepts and applications. With its wide range of topics, “Molecular Biotechnology” is suitable for various upper-level undergraduate and graduate courses that emphasize different aspects of modern biotechnology.

“Recombinant DNA: Genes and Genomes – a Short Course” Book Review: This book serves as an authoritative introduction to the techniques and concepts involved in recombinant DNA research and their significant outcomes. Through an inquiry-based approach, it delves into the fundamental principles of molecular biology and centers its coverage around groundbreaking experiments that revolutionized our comprehension of DNA. By doing so, students gain insight into how scientists make impactful discoveries in their work. The book also covers topics such as the application of these techniques to human diseases, cancer, and forensics, among others.

“Enzymology Primer for Recombinant DNA Technology” Book Review: This book offers unique information that is typically absent in most recombinant DNA methodology and gene cloning books. Enzymes play an indispensable role in genetic engineering and recombinant DNA technology. This book not only caters to enzymologists, but also provides a useful resource for non-enzymologists to use biocatalysts appropriately in their research. The book covers the fundamental basics and current knowledge on enzymes that are most frequently utilized in recombinant DNA technology. It is designed to be easily accessible and serve as a quick reference guide, helping readers comprehend the importance of biocatalysts in recombinant DNA techniques.

“Molecular Biology and Recombinant DNA Technology: Practical Manual Series (Volume II)” Book Review: This book offers a comprehensive account of laboratory protocols for Molecular Biology and Recombinant DNA Technology, which are commonly utilized by both undergraduate and postgraduate students. With 12 chapters, 50 exercises, and 7 appendices, including a terminology section, this book provides a valuable resource for students in Life Sciences, Biotechnology, Microbiology, Biochemistry, and other Biosciences fields. The impact of recombinant DNA technology on academic and industrial research has led to significant changes in the biology curriculum for graduate and undergraduate programs. To keep pace with this new technology, a novel and contemporary instructional approach is required. This manual aims to assist academic institutions in establishing a laboratory course in molecular biology and recombinant DNA Technology.

“Recombinant DNA Technologies in Neuroendocrinology (Current Topics in Neuroendocrinology)” Book Review: The focus of this book is on the basics of recombinant DNA techniques, including gel electrophoresis, restriction mapping, in vivo mutagenesis, and DNA sequencing. The procedures discussed in the book are relevant for studying both prokaryotes and eukaryotes, and it includes experiments to teach the fundamental principles of recombinant DNA technology. The book also includes hands-on computer sessions that teach students how to enter and manipulate sequence information. With nine chapters, the book starts with an overview of bacterial growth parameters, how to measure bacterial cell growth, and how to plot cell growth data.

“Recombinant DNA Technology II (Annals of the New York Academy of Sciences)” Book Review: This book is a compilation of papers presented at a conference sponsored by the Engineering Foundation, which took place in Palm Coast, Florida from January 31st to February 5th, 1993. The papers discuss the advancements in recombinant DNA technology and how it has progressed alongside genetic processes and biological variations. With the help of new technologies, biochemically defined proteins of medical significance can now be produced in large quantities, which has opened up an enormous potential for the pharmaceutical industry. These biochemically derived therapeutics are extracellular proteins, which can be used for chronic replacement therapies or to treat life-threatening conditions. The book covers various other related topics as well.

“Authentication Of Chinese Medicinal Materials By Dna Technology” Book Review: The book delves into the molecular techniques used to authenticate Chinese medicinal materials and presents an overview of their current status. Additionally, it provides a detailed explanation of the equipment and materials necessary for this task. Moreover, it elucidates the principles and protocols required for a broad range of techniques essential for the molecular authentication of TCM.

“DNA Fingerprinting: The Witness Within” Book review: The purpose of this book is to raise public awareness about DNA fingerprinting technology, its applications, and its implications. Serving as both a guide and a witness, it covers a wide range of topics related to DNA fingerprinting. The book explores various applications of this technology, including resolving parental disputes, addressing familial matters, aiding forensic investigations and medical diagnoses, detecting animal poaching and smuggling, responding to natural and man-made disasters, promoting conservation efforts, and facilitating reproduction. Additionally, the book features several cases in which DNA evidence played a critical role in determining the outcome, highlighting the importance of DNA fingerprinting in delivering justice to victims and resolving conflicts and confusion. Overall, the book showcases the diverse applications of DNA fingerprinting and underscores its crucial role in uncovering the truth in a variety of circumstances.

“DNA Fingerprinting in Plants: Principles, Methods, and Applications” Book review: The book offers a user-friendly handbook for exploring the myriad of techniques in DNA Fingerprinting in Plants, specifically emphasizing PCR-based methods in response to the evolving trends in botany. It presents numerous case studies that demonstrate the practical applications of these techniques, and over 1600 literature references. The book also provides detailed descriptions of reagent formulations, equipment, and computer programs employed for evaluating molecular marker data. Additionally, the book provides a comparative analysis of different methods, outlining the costs and benefits associated with each approach.

“DNA Fingerprinting: Approaches and Applications (Experientia Supplementum)” Book review: The book is designed for both DNA enthusiasts and undergraduate students pursuing forensic laboratory and crime investigation laws. It comprehensively covers various approaches and applications of DNA fingerprinting, and elucidates how this technology has gained immense prominence in forensic and legal medicine. The book highlights the workshops conducted in the UK and starts with an introduction to DNA fingerprinting, followed by a detailed explanation of the related steps and procedures.

“DNA Fingerprinting: State of the Science (Experientia Supplementum)” Book review: The book caters to individuals with an interest in DNA and undergraduates studying Forensic laboratory and Crime investigation laws. It delves into the scientific foundation of DNA fingerprinting and profiling, starting from the discovery of the double helix structure of the DNA molecule. It highlights the DNA molecule’s remarkable ability to replicate itself and transmit genetic instructions across generations through its vast diversity. Additionally, the book covers the DNA typing systems commonly utilized in public and commercial forensic laboratories across 25 countries.

“DNA Fingerprinting: An Introduction” Book review: This book is appropriate for those with an interest in DNA, as well as undergraduate students studying Forensic laboratory techniques and Crime investigation laws. Within its pages, readers will find a detailed description of the techniques employed by law enforcement agencies, diagnostic laboratories, and research scientists to identify even the smallest tissue samples, establishing biological relationships and determining parentage. The book delves into the applications of DNA fingerprinting within forensic and legal medicine, highlighting how this technology has gained widespread public attention.

“DNA: The Story of the Genetic Revolution” Book review: The book focuses primarily on the genetic revolution of DNA, detailing its origins and evolution. It caters to biologists and DNA scientists, delving into the discovery of the double helix structure of the DNA molecule and revealing its ability to reproduce itself and transmit genetic instructions across generations. Additionally, the book covers topics such as genome organization, DNA transcription, nucleosome, and the 3D spatial organization of the nucleus.

“DNA Fingerprinting (The Medical Perspectives Series)” Book review: The book caters to a diverse audience, ranging from individuals with an interest in DNA to undergraduates pursuing Forensic laboratory and Crime investigation laws. It is also relevant to medical and biology students, as well as members of the legal profession, who are keen on exploring the genetic, forensic, legal, and ethical issues that arise from this powerful technique. The book provides an in-depth explanation of the scientific basis of DNA fingerprinting and profiling, covering topics such as DNA, transcription, nucleosome, and 3D spatial organization of the nucleus. Additionally, it highlights the various applications of DNA, including kinship testing and the exoneration or conviction of crime suspects.

“DNA Fingerprinting of Trees and Genetic Diversity of Syzygium Cumini” Book review: The book provides insights into the organization of genetic diversity in Syzygium populations. It elucidates the DNA fingerprinting technique for trees and the genetic variation of Syzygium Cumini. Moreover, it delves into the applicability of dominant markers (RAPD and ISSR) in population genetic studies of tree species. The book also elucidates the utilization of genetic analysis and phytochemical variations as a means to authenticate germplasm and assess biodiversity. With its comprehensive coverage, the book serves as a prerequisite for systematic germplasm sampling and aids in developing appropriate conservation strategies.

“Fundamentals of Forensic DNA Typing” Book review: The book is designed primarily for students pursuing studies in digital forensics and biology. It offers a glossary containing over 400 terms for quick reference of unfamiliar terminology and an acronym guide for the DNA dialect. The significance of DNA databases in law enforcement investigations is discussed in detail. The book commences with an introduction to forensic DNA and proceeds to expound on DNA typing. Ethical concerns related to retaining DNA profiles and the implications of utilizing a database to search for close relatives are also addressed. The book covers various topics such as DNA extraction, DNA quantitation, DNA amplification, and statistical interpretation. It encompasses current forensic DNA analysis techniques and delves into the realms of biology, technology, and genetic interpretation.

“DNA Profiling and DNA Fingerprinting (Methods and Tools in Biosciences and Medicine)” Book Review: The book delves into the genetic, forensic, legal, and ethical issues that arise from the powerful technique of DNA profiling and DNA fingerprinting. It is a valuable resource for individuals with an interest in these subjects, including medical and biology students, as well as members of the legal profession. The book not only explains the science behind DNA profiling and fingerprinting, but also outlines the tools and methods required in the fields of biosciences and medicine. Additionally, it covers the discovery of the double helix structure of the DNA molecule and how it is able to reproduce itself, as well as the importance of its immense variety in passing on genetic instructions from one generation to the next. Throughout the book, readers will see the significance of DNA fingerprinting in a variety of contexts, including providing justice to victims and revealing the truth behind ongoing conflicts or confusions.