Deoxyribonucleic acid (DNA) profiling has become a very powerful method for forensic human identification, and statistics plays an important role in assessing the uncertainty in identification and evaluating the weight of DNA evidence. Statistical calculation of match probabilities for various single-source problems, paternity index for differentiating between the true father and the alleged father, and the likelihood ratio for the mixed stain are demonstrated in homogeneous or structured populations
DNA analysis has provided more and more conclusive evidence in many proceedings to exonerate or conv...
Forensic evidentiary samples routinely contain DNA from multiple contributors. The interpretation of...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
Statistics plays an important role in evaluating the evidential weight of forensic DNA. In this pape...
Statistics plays an important role in evaluating the evidential weight of forensic DNA. In this pape...
"The field of forensic DNA analysis has grown immensely in the past two decades and genotyping of bi...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
orensic scientists and crime investigators have long dreamed of being able to identify the origin of...
Statistical methodology plays a key role in ensuring that DNA evidence is collected, interpreted, an...
DNA profiles have become an extremely important tool in forensic investigations, and a match between...
Forensic DNA analysis typically proceeds by first determining whether alleles (one of two or more al...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
The controversy over the interpretation of DNA profile evidence in forensic identification can be at...
DNA profiling in forensic casework is based on comparison of the results of biological evidence with...
The enormous amount of genetic diversity in humans allows for a powerful form of individual identifi...
DNA analysis has provided more and more conclusive evidence in many proceedings to exonerate or conv...
Forensic evidentiary samples routinely contain DNA from multiple contributors. The interpretation of...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
Statistics plays an important role in evaluating the evidential weight of forensic DNA. In this pape...
Statistics plays an important role in evaluating the evidential weight of forensic DNA. In this pape...
"The field of forensic DNA analysis has grown immensely in the past two decades and genotyping of bi...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
orensic scientists and crime investigators have long dreamed of being able to identify the origin of...
Statistical methodology plays a key role in ensuring that DNA evidence is collected, interpreted, an...
DNA profiles have become an extremely important tool in forensic investigations, and a match between...
Forensic DNA analysis typically proceeds by first determining whether alleles (one of two or more al...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
The controversy over the interpretation of DNA profile evidence in forensic identification can be at...
DNA profiling in forensic casework is based on comparison of the results of biological evidence with...
The enormous amount of genetic diversity in humans allows for a powerful form of individual identifi...
DNA analysis has provided more and more conclusive evidence in many proceedings to exonerate or conv...
Forensic evidentiary samples routinely contain DNA from multiple contributors. The interpretation of...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...