Virtualization creates new and difficult challenges for forensic investigations. Operating systems and applications running in virtualized environments often leave few traces, yielding little evidence with which to conduct an investigation. Virtualization and Forensics offers an in-depth view into the world of virtualized environments and the implications they have on forensic investigations. Part I explains the process of virtualization and the different types of virtualized environments. Part II details how virtualization interacts with the basic forensic process, describing the methods used to find virtualization artifacts in dead and live environments as well as identifying the virtual activities that affect the examination process. Part III address advanced virtualization issues, such as the challenges of virtualized environments, cloud computing, and the future of virtualization. After reading this book, you'll be equipped to conduct investigations in these environments with confidence.

“Clinical forensic medicine”—a term now commonly used to refer to that branch of medicine involving an interaction among the law, the judiciary, and the police, and usually concerning living persons—is emerging as a specialty in its own right. There have been enormous developments in the subject in the last decade, with an increasing amount of published research that needs to be brought together in a handbook, such as A Physician’s Guide to Clinical Forensic Medicine. The role of the health care professional in this field must be independent, professional, courteous, and nonjudgemental, as well as well-trained and informed. This is essential for the care of victims and suspects, for the criminal justice system, and for society as a whole.

Medicolegal investigation of death is the most crucial and significant function of the medical examiner within the criminal justice system. The medical examiner is primarily concerned with violent, sudden, unexpected, and suspicious deaths and is responsible for determining the cause and manner of death, identifying the deceased, determining the approximate time of death and injury, collecting evidence from the body, issuing the death certificate, and documenting these events through an official autopsy report. The basis of the medicolegal investigation is forensic pathology. Written for both medical and investigative professionals, Forensic Pathology, Second Edition presents an overview of medicolegal investigative systems. Completely updated, the book examines investigative techniques and procedures that lead to obtaining accurate conclusions of death by homicide, accident, or suicide.

A male homicide victim with a shotgun blast to the chest. A female drug addict who has overdosed on crack cocaine. An elderly woman with deep stab wounds to the neck. A two-year-old motor vehicle accident victim with blunt head trauma. For forensic pathologists, police detectives, and crime scene investigators, dealing with death and injury is a daily routine. But even after investigating thousands of drownings, shootings, stabbings, electrocutions, overdoses, and traffic accidents, most professionals in the investigative fields still haven't seen it all. Originally published on CD-ROM, the Color Atlas of Forensic Pathology addresses much of the basic information which forensic pathologists and other investigators deal with on a day to day basis. Packed with 780 full-color, captioned photographs, this atlas examines everything from time of death and decomposition, to identification, to causes of death from blunt trauma, firearm injuries, asphyxia, cutting and stabbing injuries, and more. The atlas shows the various causes of death and injury with case -- "visuals" to help investigators understand the work they perform. Indeed, with its exhaustive coverage, the Color Atlas of Forensic Pathology will provide investigators with valuable insight into the many different causes of death and injury they must deal with and how the manners of death are diagnosed.

A postmortem X-ray of a male homicide victim reveals a bullet lodged next to his spine. That he was shot is clear. How recently? is what death investigators must determine. The answer: the absence of scar tissue surrounding the bullet proves the victim had been recently shot. And while the average person may find tattoos to be creative and aesthetic, to the trained death investigator, they can actually be the key to aiding in the eventual identification of a body. They say the dead can't speak. But in the fascinating field of forensic pathology, the deceased can tell an elaborate story, especially when death investigators know what clues to look for. The first volume in the new Forensic Pathology Atlases: Causes of Death Series, this book takes an in-depth look at the determination of the time of death, postmortem changes, and identification. In TIME OF DEATH, DECOMPOSITION AND IDENTIFICATION, you'll learn through the extensive use of photographs and discussion how estimating the time of death can rarely be accomplished with scientific accuracy. You'll learn about the numerous changes the body undergoes after death, and how positive and probable identifications are made. For death investigators, law enforcement officers, attorneys, and anyone else involved in forensic death cases, TIME OF DEATH, DECOMPOSITION AND IDENTIFICATION is a "must have" resource.

The identification of unknown individuals and the estimation of age, race, and gender are among the chief functions of forensic dentistry. Other important applications include the investigation and analysis of bitemarks and oral injuries in abuse cases and evaluating, reporting, and testifying in civil litigation cases. Twelve years after the benchmark first edition of this book explored these topics, the long-awaited Forensic Dentistry, Second Edition offers a comprehensive update and revision of the material. Offering insight from many new contributors on the cutting edge of forensic science and odontology, this new edition expands the book’s scope to include a broader historical and theoretical analysis, a thorough assessment of the past decade’s developments, and a far-reaching projection of future trends.

This comprehensive collection of rigorous review articles covers both the scientific and practical aspects of using of lower extremity remains for human identification and trauma analysis. On the scientific side, the authors describe the biochemical events of decomposition, detail the use of radiology to facilitate identification and evaluate trauma, and explain principles of osteology, with an emphasis on the implications for skeletal anatomy for age, sex, race, and height estimation. On the practical side, they apply these approaches to trauma analysis and accident reconstruction, including slip-and-fall incidents, impact, traffic, and pediatric injuries, and considerations of foot and footprint identification. Specific case studies discuss the identification process using the foot and ankle and illuminate the forensic potential of feet, footwear, and barefoot impression evidence

Vol. 2. - 2005. - 311 p.

A Litigator's Guide to DNA educates litigators, judges, criminalists, students, and others about all aspects of the use of DNA evidence in criminal and civil trials. It includes discussions of the molecular biological basis for the tests, essential laboratory practices, probability theory and mathematical calculations. It presents issues relevant to all parties involved in trying a case, from the prosecution and the defense, and to the judge and jury. The book is also extremely useful as a text for students aspiring to careers in forensic science and criminal law. The authors provide a full background on both the molecular biology and the mathematical theory behind forensic tests written specifically for people with little or no science background. No other book relates the foundational information on molecular biology and statistics to legal practice issues as extensively as this book does.

Forensic science has come a long way in the past ten years. It is much more in-depth and much broader in scope, and the information gleaned from any evidence yields so much more information than it had in the past because of incredible advances in analytic instruments and crucial procedures at both the crime scene and in the lab. Many practices have gone digital, a concept not even fathomed ten years ago. And from the first collection of evidence to its lab analysis and interpretation to its final presentation in court, ethics has become an overriding guiding principle. That’s why this new edition of this classic handbook is indispensable. The Forensic Laboratory Handbook Procedures and Practice includes thirteen new chapters written by real-life practitioners who are experts in the field. It covers the tried and true topics of fingerprints, trace evidence, chemistry, biology, explosives and arson, forensic anthropology, forensic pathology, forensic documents, firearms and toolmarks. This text also addresses an array of new topics including accreditation, certification, ethics, and how insects and bugs can assist in determining many facts including a margin of time of death. In the attempt to offer a complete and comprehensive analysis The Forensic Laboratory Handbook Procedures and Practice also includes a chapter discussing the design of a laboratory. In addition, each chapter contains educational requirements needed for the discipline it covers. Complete with questions at the end of each chapter, brief author bios and real crime scene photos, this text has risen to greet the many new challenges and issues that face today’s forensic crime practitioners.

Crib death (SIDS) is the most frequent cause of death for infants during the first year. A systematic study of the autonomic nervous system and cardiac system has been performed on a large number of infants and fetuses who died suddenly and unexpectedly, as well as in age-matched control cases. The neurological and cardiac findings are described here, and the relationship between SIDS and unexplained fetal death is discussed.

The practice of forensic pathology includes the collection and analysis of evidence in relation to a corpse in order to establish the cause of death. Knowledge of the cause of death contributes to the determination of the manner of death by medical examiners and coroners, who are occasionally assisted by law enforcement officers. In the process of establishing the cause and manner of death, representatives of various investigative bodies have several responsibilities, including explaining the death to family members, attempting to reduce the risk of similar deaths in the future, and, if applicable, apprehending the individuals who are responsible for the death.

In Criminal Poisoning: Investigational Guide for Law Enforcement, Toxicologists, Forensic Scientists, and Attorneys, leading forensic scientist John Trestrail offers a pioneering survey of all that is known about the use of poison as a weapon in murder. Topics range from the use of poisons in history and literature to convicting the poisoner in court, and include a review of the different types of poisons, techniques for crime scene investigation, and the critical essentials of the forensic autopsy. The author also examines what is known about poisoners in general (psychological profile, types, and statistical analyses) and their victims (who gets poisoned, investigative considerations, and classic symptoms of poisoning). Two chapters probe the problems of proving poisoning and convicting the poisoner in court. Comprehensive and informative, Criminal Poisoning: Investigational Guide for Law Enforcement, Toxicologists, Forensic Scientists, and Attorneys offers forensic scientists, police and private investigators, forensic psychologists, and criminal prosecutors a unique one-volume summary of the knowledge and techniques needed to solve the near-invisible crime of poisoning and convict the perpetrator.

Повреждения тупыми предметами встречаются в практике судебно-медицинской экспертизы наиболее часто, однако вопрос о состоянии судебно-медицинской экспертизы при этом виде травмы до настоящего времени остается мало освещенным в литературе. Настоящая монография вносит определенный вклад в изучение данной проблемы, что имеет большое значение для судебно-медицинской науки и практики. Основная цель работы — выработать рекомендации по рациональному выбору и последовательности применения лабораторных и физико-технических методов исследования при экспертизе повреждений тупыми предметами. Применение этих методов в совокупности с морфологическими помогут эксперту решить многие вопросы о характере его действия. Особое значение это имеет при освидетельствовании живых лиц, поскольку исследование повреждений в них довольно затруднено.

Вскрытие трупа в схемах и картинках. В альбоме представлены некоторые методы исследования трупа, в основном иллюстрации, текста немного, в заключении несколько справочных таблиц.

Судебно-медицинская экспертиза в случаях смерти при занятиях физкультурой и спортом помимо решения традиционных судебно-медицинских задач требует освещения вопросов, диктуемых особенностями спорта и отдельных физических упражнений. Типичность спортивных травм обусловлена характерными условиями и факторами, действующими в отдельных видах спорта.

Навчальний посібник у вигляді схем і таблиць містить матеріал щодо організації судово-токсикологічної експертизи в Україні, про закономірності поведінки в організмі отрут різної природи, методи їх ізолювання, виявлення та кількісного визначення. Для студентів вищих фармацевтичних навчальних закладів і фармацевтичних факультетів вищих медичних навчальних закладів III—IV рівнів акредитації.