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Forensic serology is the detection, identification, classification, and study of various bodily fluids such as blood, semen, saliva, and urine, and their relationship to a crime scene. A forensic serologist may also be involved in DNA analysis and bloodstain pattern analysis. [1][2] Serology testing begins with presumptive tests which gives the ...
Body identification is a subfield of forensic science that uses a variety of scientific and non-scientific methods to identify a body. Forensic purposes are served by rigorous scientific forensic identification techniques, but these are generally preceded by formal identification. [1] This involves requesting a family member or friend of the ...
Forensic identification. Forensic identification is the application of forensic science, or "forensics", and technology to identify specific objects from the trace evidence they leave, often at a crime scene or the scene of an accident. Forensic means "for the courts".
When conducting an autopsy a forensic pathologist may take X-Rays, samples of bodily fluids, samples of tissues, and samples of bacterial culture found within the body. [5] While conducting the autopsy the forensic pathologist uses the stages of death as another method to inspect both the time of death and the amount of time the body has been ...
Rapid Stain Identification Series. Rapid Stain Identification Series (RSID) is designed for fast, easy and reliable detection of human fluids from a variety of samples encountered by forensic laboratories. It has been developed in the United States for the Federal Bureau of Investigation. [citation needed]
Forensic toxicology is a multidisciplinary field that combines the principles of toxicology with expertise in disciplines such as analytical chemistry, pharmacology and clinical chemistry to aid medical or legal investigation of death, poisoning, and drug use. [1] The paramount focus for forensic toxicology is not the legal implications of the ...
Marsh test. The Marsh test is a highly sensitive method in the detection of arsenic, especially useful in the field of forensic toxicology when arsenic was used as a poison. It was developed by the chemist James Marsh and first published in 1836. [1] The method continued to be used, with improvements, in forensic toxicology until the 1970s. [2]
Forensic biology is the application of biological principles and techniques in the investigation of criminal and civil cases. [1] [2] Forensic biology is primarily concerned with analyzing biological and serological evidence in order to obtain a DNA profile, which aids law enforcement in the identification of potential suspects or unidentified remains.