The co-production of forensic–scientific knowledge claims, across disciplinary boundaries, requires the mobilisation of separate (and competing) domains of expertise. The task of the interdisciplinary socio-legal researcher – exploring the collaborative practices which contribute to the construction of DNA profilingevidence – is, therefore, a complex one. It requires an understanding of the ways in which the heterogeneous groups of institutional actors, who populate the criminal justice system, set about capturing biological substrates. Further, it requires the researcher to follow a complex series of laboratory translations:technological metamorphoses, which serve to convert evidential material into graphical representations, textual inscr...
Forensic DNA provides a striking contribution to the provision of justice worldwide. It has proven t...
Forensic science is critical to the conviction of the guilty and the acquittal of the innocent. Tech...
This article is the second part of a review of the interpretation of DNA data in forensic science. T...
The co-production of forensic–scientific knowledge claims, across disciplinary boundaries, requires ...
The United Kingdom forensic science sector has undergone significant development in recent years. Fo...
This study examines the presentation and examination of DNA evidence in the English Criminal Courts,...
The techniques used in DNA profiling are well established and scientifically validated. The scientif...
This chapter delves into the relatively new DNA technique of probabilistic genotyping, which aims to...
Since DNA analysis became part of forensic science in the mid-1980s, its impact on investigation of ...
What happens to forensic DNA opinion evidence when the expert witness is not present in the courtroo...
The use of DNA technologies for criminal investigation purposes illuminates an interplay of knowledg...
DNA is powerful evidence that is popularly celebrated as a forensic “gold standard.”1 Underneath the...
Although forensic biology is a powerful tool in criminal investigations, there are a number of capab...
Law courts are important institutional settings in which public understanding of science is problema...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
Forensic DNA provides a striking contribution to the provision of justice worldwide. It has proven t...
Forensic science is critical to the conviction of the guilty and the acquittal of the innocent. Tech...
This article is the second part of a review of the interpretation of DNA data in forensic science. T...
The co-production of forensic–scientific knowledge claims, across disciplinary boundaries, requires ...
The United Kingdom forensic science sector has undergone significant development in recent years. Fo...
This study examines the presentation and examination of DNA evidence in the English Criminal Courts,...
The techniques used in DNA profiling are well established and scientifically validated. The scientif...
This chapter delves into the relatively new DNA technique of probabilistic genotyping, which aims to...
Since DNA analysis became part of forensic science in the mid-1980s, its impact on investigation of ...
What happens to forensic DNA opinion evidence when the expert witness is not present in the courtroo...
The use of DNA technologies for criminal investigation purposes illuminates an interplay of knowledg...
DNA is powerful evidence that is popularly celebrated as a forensic “gold standard.”1 Underneath the...
Although forensic biology is a powerful tool in criminal investigations, there are a number of capab...
Law courts are important institutional settings in which public understanding of science is problema...
From ABO typing during the first half of the 20th century, to the use of enzymes and protein contain...
Forensic DNA provides a striking contribution to the provision of justice worldwide. It has proven t...
Forensic science is critical to the conviction of the guilty and the acquittal of the innocent. Tech...
This article is the second part of a review of the interpretation of DNA data in forensic science. T...