We present a new methodology for analysing forensic identication problems involving DNA mixture traces where several individuals may have con- tributed to the trace. The model used for identication and separation of DNA mixtures is based on a gamma distribution for peak area values. In this paper we illustrate the gamma model and apply it on several real examples from forensic casework
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic iden...
We show how probabilistic expert systems can be used to analyse forensic identification problems inv...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
This project investigates the behavior of the PCR Amplification Kit. A number of known DNA-profiles ...
This thesis proposes and discusses a statistical model for interpreting forensic DNA mixtures. We de...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpre...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic iden...
We show how probabilistic expert systems can be used to analyse forensic identification problems inv...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
We introduce a new methodology, based upon probabilistic expert systems, for analysing forensic ide...
This project investigates the behavior of the PCR Amplification Kit. A number of known DNA-profiles ...
This thesis proposes and discusses a statistical model for interpreting forensic DNA mixtures. We de...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpre...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...