Criminal trial has recently been focusing on scientific evidence: in particular, DNA evidence ensures reliable results. Peculiarities of this evidence cause a discussion in the search for a balance between individual guarantees and efficiency of criminal justice. This is regulated by Italian Law 85/2009, following the Treaty of Prüm. There are four main critical aspects related to this legislation. 1) Coercive nature of the DNA sample. 2) Individuals whose DNA samples are taken from. 3) Privacy. 4) Reopening of the trial after definitive judgment
Forensic DNA profiling is now a routine feature of the criminal justice system in Australia. Its ap...
DNA analysis has revolutionised forensic science; helping to catch prolific murderers and shining a ...
Forensic science has evolved into the most advanced investigative tool used in the criminal justice...
Criminal trial has recently been focusing on scientific evidence: in particular, DNA evidence ensur...
Today DNA analyses represent a method of exceptional importance for the resolution of judicial cases...
DNA analysis as a tool for investigations and definitive proof offers great opportunities for crimes...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
none3noJudicial statistics is generally referred to as the detection of data on crimes and trial out...
Nonmedical uses of Dna, for example for legal purposes, does not represent a new acquisition by the ...
This book explores challenges posed by the use of DNA evidence to the traditional features, procedur...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
Forensic molecular genetics has been evolved from a rapidly developing field into accepted forensic ...
privacy based on genome concerns occur. DNA databases appears as an example of biotechnology today a...
peer reviewedAlthough the practical benefits of forensic DNA phenotyping (FDP) in criminal investiga...
Watson and Crick’s discovery of the structure of DNA (deoxyribonucleic acid) in 1953 launched a trut...
Forensic DNA profiling is now a routine feature of the criminal justice system in Australia. Its ap...
DNA analysis has revolutionised forensic science; helping to catch prolific murderers and shining a ...
Forensic science has evolved into the most advanced investigative tool used in the criminal justice...
Criminal trial has recently been focusing on scientific evidence: in particular, DNA evidence ensur...
Today DNA analyses represent a method of exceptional importance for the resolution of judicial cases...
DNA analysis as a tool for investigations and definitive proof offers great opportunities for crimes...
Judicial statistics is generally referred to as the detection of data on crimes and trial outcomes, ...
none3noJudicial statistics is generally referred to as the detection of data on crimes and trial out...
Nonmedical uses of Dna, for example for legal purposes, does not represent a new acquisition by the ...
This book explores challenges posed by the use of DNA evidence to the traditional features, procedur...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
Forensic molecular genetics has been evolved from a rapidly developing field into accepted forensic ...
privacy based on genome concerns occur. DNA databases appears as an example of biotechnology today a...
peer reviewedAlthough the practical benefits of forensic DNA phenotyping (FDP) in criminal investiga...
Watson and Crick’s discovery of the structure of DNA (deoxyribonucleic acid) in 1953 launched a trut...
Forensic DNA profiling is now a routine feature of the criminal justice system in Australia. Its ap...
DNA analysis has revolutionised forensic science; helping to catch prolific murderers and shining a ...
Forensic science has evolved into the most advanced investigative tool used in the criminal justice...