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Nicholas Port, V. Bowyer, E. Graham, M. Batuwangala, G. Rutty (2006)
How long does it take a static speaking individual to contaminate the immediate environment?Forensic Science, Medicine, and Pathology, 2
P. Gill, A. Kirkham (2004)
Development of a simulation model to assess the impact of contamination in casework using STRs.Journal of forensic sciences, 49 3
A. Kirkham, John Haley, Yordina Haile, Andrea Grout, C. Kimpton, Ahmed Al-Marzouqi, P. Gill (2013)
High-throughput analysis using AmpFlSTR® Identifiler® with the Applied Biosystems 3500xl Genetic Analyser.Forensic science international. Genetics, 7 1
M. Goray, John Mitchell, R. Oorschot (2012)
Evaluation of multiple transfer of DNA using mock case scenarios.Legal medicine, 14 1
D. Mage (2004)
Multiple sudden infant deaths--coincidence or beyond coincidence?Paediatric and perinatal epidemiology, 18 6
(2014)
“ The 2014 Criminal Bar Association Kalisher Lecture . Expert Evidence – The future of forensic science in criminal trials
M. Finnebraaten, T. Granér, P. Hoff-Olsen (2008)
May a speaking individual contaminate the routine DNA laboratoryForensic Science International: Genetics Supplement Series, 1
P. Gill, J. Buckleton (2010)
A universal strategy to interpret DNA profiles that does not require a definition of low-copy-number.Forensic science international. Genetics, 4 4
(2010)
Report – inquiry into the circumstances that led to the conviction of Mr Farah Abdulkadir Jama,
M. Goray, Ece Eken, R. Mitchell, R. Oorschot (2010)
Secondary DNA transfer of biological substances under varying test conditions.Forensic science international. Genetics, 4 2
P. Gill, D. Rowlands, G. Tully, I. Bastisch, Ted Staples, P. Scott (2010)
Manufacturer contamination of disposable plastic-ware and other reagents--an agreed position statement by ENFSI, SWGDAM and BSAG.Forensic science international. Genetics, 4 4
J. Raymond, R. Oorschot, P. Gunn, S. Walsh, C. Roux (2009)
Trace evidence characteristics of DNA: A preliminary investigation of the persistence of DNA at crime scenes.Forensic science international. Genetics, 4 1
Nina Witt, G. Rodger, J. Vandesompele, V. Beneš, Alimuddin Zumla, G. Rook, J. Huggett (2009)
An assessment of air as a source of DNA contamination encountered when performing PCR.Journal of biomolecular techniques : JBT, 20 5
Mary Toothman, Karen Kester, Jarrod Champagne, Tracey Cruz, W. Street, Bonnie Brown (2008)
Characterization of human DNA in environmental samples.Forensic science international, 178 1
P. Gill, J. Whitaker, Christine Flaxman, Nick Brown, J. Buckleton (2000)
An investigation of the rigor of interpretation rules for STRs derived from less than 100 pg of DNA.Forensic science international, 112 1
K. Ballantyne, A. Poy, R. Oorschot (2013)
Environmental DNA monitoring: beware of the transition to more sensitive typing methodologiesAustralian Journal of Forensic Sciences, 45
M. Goray, M. Goray, R. Mitchell, R. Oorschot (2010)
Investigation of secondary DNA transfer of skin cells under controlled test conditions.Legal medicine, 12 3
(2014)
Misleading DNA Evidence: Reasons for Miscarriages of Justice
M. Goray, R. Oorschot, John Mitchell (2012)
DNA transfer within forensic exhibit packaging: potential for DNA loss and relocation.Forensic science international. Genetics, 6 2
Jeannie Tamariz, Kristina Voynarovska, M. Prinz, T. Caragine (2006)
The Application of Ultraviolet Irradiation to Exogenous Sources of DNA in Plasticware and Water for the Amplification of Low Copy Number DNAJournal of Forensic Sciences, 51
(2006)
“ Trace DNA presence , origin , and transfer within a forensic biology laboratory and its potential effect on casework
Peter Gill (2001)
Application of low copy number DNA profiling.Croatian medical journal, 42 3
Rennison (2012)
Report into the circumstances of a complaint received from the Greater Manchester Police on regarding DNA evidence provided by LGC forensics http www homeoffice gov uk publications agencies public bodies fsr dna contam report view Binary
B. Szkuta, M. Harvey, K. Ballantyne, R. Oorschot (2013)
The potential transfer of trace DNA via high risk vectors during exhibit examinationForensic Science International: Genetics Supplement Series, 4
G. Rutty, A. Hopwood, V. Tucker (2003)
The effectiveness of protective clothing in the reduction of potential DNA contamination of the scene of crimeInternational Journal of Legal Medicine, 117
Dean Charles Cleobury (2012)
Neutral Citation Number, 17
Mado, ewoestyne, David Hoofstat, Sabine Groote, N. Thuyne, S. Haerinck, F. Nieuwerburgh, D. Deforce (2011)
Sources of DNA Contamination and Decontamination Procedures in the Forensic LaboratoryJournal of Forensic Research, 2012
Int. Comment. Evid. 2012; 10(1): 5571 Book Review Peter Gill* DOI 10.1515/ice-2014-0010 1 Introduction This article is a brief review of my book ": Reasons for Miscarriages of Justice", published by Academic Press, Elsevier (Gill, 2014). It is nearly 30 years since the first demonstration of DNA profiling in forensic science. Since then, the technique has evolved remarkably. In the early days, only large "visible" crime-stains (e.g. blood, semen) were analysed. This was imposed by the relatively poor sensitivity relative to the today's standards. There is an inherent advantage to the interpretation of macro-DNA samples, in that it is much easier to deduce the relevance of a supposed crime-stain to the crime-event itself. From the perspective of a court, the fact that a DNA profile may match a defendant is of secondary interest to the questions: "how" and "when" did the DNA-transfer take place? For a defendant to be found guilty, a court must be convinced that the DNA profile is associated with the crime-event itself. The forensic scientist attempts to apply "deductive logic" in order to associate the DNA profile with some other aspect of the case it is not the "fact" of a matching DNA
International Commentary on Evidence – de Gruyter
Published: Dec 1, 2012
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