Understanding Forensic DNA

'This is an excellent book, clearly and comprehensively explaining the scientific aspects of DNA and its analysis and the interpretation of DNA profiles used in forensic science. The sections on emerging issues and dispelling common misunderstandings are particularly useful. The book will be an invaluable guide for scientists and non-scientists alike, and the authors are to be congratulated for an outstanding text.' Niamh Nic Daid, Director of the Leverhulme Research Centre for Forensic Science, University of Dundee, UK

'It is essential that the expectations of the public and legal professionals about forensic DNA technology are not based on crime-fiction TV shows, but rather on reality. The authors of this book explain very clearly what DNA can tell us, address existing misconceptions, and share exciting new developments. I enjoyed the real cases included in the book, all very interesting and informative. Understanding Forensic DNA is definitely a must-read for anyone who wants to become a DNA expert!' Lourdes Prieto, Forensic Science Institute, Santiago de Compostela; General Headquarters of the Spanish Forensic Police, Madrid, Spain

'Understanding Forensic DNA is the perfect resource for anyone wishing to learn about forensic DNA analysis for the very first time. It is a quick read, ideal for the legal professional and for the student who is just beginning to learn about forensic science. Unlike many books of this type, it is written from a historical perspective that outlines how the discipline has evolved in a few short decades. The book thoroughly examines all existing and past technologies in the most comprehensive way and explains the strengths and limitations of each. One would be hard pressed to think of a relevant topic that has been left out. The case examples are instructive and in no way sensational. For someone who teaches forensic science at the college and graduate level, the book provided me with fresh ideas that I can use to improve my teaching of the subject.' Lawrence Quarino, Ph.D., ABC-GKE, Cedar Crest College, Pennsylvania, USA

'This is a go-to book to enhance anyone's understanding of forensic DNA. It is of value to the general public, students of forensic sciences, forensic practitioners, and lawyers. It comprehensively covers all key aspects relating to forensic DNA and plenty of additional intriguing elements you may not have considered. There is a focus on the past, present, and future of forensic DNA with descriptions of key historical events. Complex issues are expertly described with helpful examples, tables, and illustrations. The authors provide a balanced view of the utilization and limitations of forensic DNA analyses, demystify common misunderstandings, and explain current concerns. Reading this book refreshed my understanding and brought new insights to my attention. Another outstanding contribution to forensic science by two exceptional authors.' Roland van Oorschot, Forensic DNA resear...

Suzanne Bell is Emeritus Professor of Forensic Science at West Virginia University, United States. She served on the National Commission on Forensic Science. In addition to numerous scientific publications and books, she has written multiple editions of Forensic Science: An Introduction to Scientific and Investigative Techniques (5th edition, CRC Press, 2019) and Forensic Chemistry (3rd edition, CRC Press, 2022). John M. Butler is based at the US National Institute of Standards and Technology (NIST). He is one of the most highly cited authors in forensic science and legal medicine and an internationally recognized expert in forensic DNA typing. He is the author of the leading textbooks in forensic DNA typing and served for many years as Associate Editor of Forensic Science International: Genetics.

1. Biological identification; 2. Before DNA; 3. First generation Forensic DNA; 4. STR methods and Loci; 5. DNA analysis and interpretation: Single-source samples and simple mixtures; 6. The curse of sensitivity; 7. From mothers and fathers; 8. Emerging technologies; 9. Emerging issues.