Results 301 to 310 of about 521,765 (345)
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Forensic Science International: Genetics, 2018
The potential and difficulties of the application of genome wide data in forensics are analyzed. We argue that, besides statistical, computational, ethical, economic and technical validation problems, the state of the art of population genetics theory is insufficient to deal with the forensic use of this type of data.
António Amorim, Nadia Pinto
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The potential and difficulties of the application of genome wide data in forensics are analyzed. We argue that, besides statistical, computational, ethical, economic and technical validation problems, the state of the art of population genetics theory is insufficient to deal with the forensic use of this type of data.
António Amorim, Nadia Pinto
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Electrophoresis, 2020
For over 10 years, quantitative PCR (qPCR) for DNA quantitation has been reported in forensics. However, assays have not been described for small qPCR platforms.
H. Correa +4 more
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For over 10 years, quantitative PCR (qPCR) for DNA quantitation has been reported in forensics. However, assays have not been described for small qPCR platforms.
H. Correa +4 more
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Forensic Practitioner's Guide to the Interpretation of Complex DNA Profiles, 2020
P. Gill +4 more
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P. Gill +4 more
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Cancerous Tissues in Forensic Genetic Analysis
Genetic Testing, 2007Microsatellites or short tandem repeats (STRs) markers are important tools for mapping disease-causing genes by linkage, for performing investigations in forensic medicine, for population genetic studies and for studying genetic modifications in tumors.
PELOTTI, SUSI +7 more
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Recent advances in forensic genetics
Expert Review of Molecular Diagnostics, 2004Like many applications of molecular diagnostics, the field of forensic biology is undergoing a phase of expansion and diversification. The growth of forensic DNA databases and adoption of sophisticated analytical methods have catalyzed this increasing role. The range of molecular markers exploited in the fight against crime is beginning to increase too,
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Forensic genetics and their technolegal worlds
2022In this introductory chapter to the volume, we chart the complex relationships between forensic genetics technologies, the law and society, reflecting on what in this book we call the ‘technolegal worlds’ of this technoscience. The neologism technolegal invites authors and readers to attend to the materialities of forensic discourses and practices; it ...
Victor Toom +2 more
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2018
DNA profiling is a powerful forensic technique to identify individuals because DNA is different among individuals, except for identical twins. Autosomal short tandem repeat (STR), Y chromosomal STR, and mitochondrial DNA testing have been performed for identification.
Aya Matsusue, Shin-ichi Kubo
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DNA profiling is a powerful forensic technique to identify individuals because DNA is different among individuals, except for identical twins. Autosomal short tandem repeat (STR), Y chromosomal STR, and mitochondrial DNA testing have been performed for identification.
Aya Matsusue, Shin-ichi Kubo
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Genetics: The implications for forensic psychiatry
Journal of Forensic Psychiatry & Psychology, 2004In 1953, Crick and Watson described the structure of DNA; the sequence of which holds the blueprint for all proteins involved in cellular structure and function, and which allows the transmission of genetic differences from one generation to the next. Understanding how genetic variation influences susceptibility to disease and individual differences in
Gaynor Jones, Michael John Owen
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Histomorphological aspects of cadaveric skin and its possible use in forensic genetics
Medicine, Science and the Law, 2020The skin is rarely considered as good biological material for successful DNA typing when a corpse is found in a leathery, mummified or partially skeletonised state, as bones and teeth are the gold standard in these cases.
P. Bailo +6 more
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Population Genetics in Forensic DNA Typing
Science, 1991Variable number of tandem repeat (VNTR) sequences are used to link defendants with crimes by matching DNA patterns. The probative value of a match is often calculated by multiplying together the estimated frequencies with which each particular VNTR pattern occurs in a reference database.
Daniel L. Hartl, Richard C Lewontin
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