AIM: To develop a reagent kit that enables multiplex polymerase chain reaction (PCR) amplification of 18 short tandem repeats (STR) and the canine sex-determining Zinc Finger marker. METHODS: Validation studies to determine the robustness and reliability in forensic DNA typing of this multiplex assay included sensitivity testing, reproducibility studies, intra- and inter-locus color balance studies, annealing temperature and cycle number studies, peak height ratio determination, characterization of artifacts such as stutter percentages and dye blobs, mixture analyses, species-specificity, case type samples analyses and population studies. RESULTS: The kit robustly amplified domesticated dog samples and consistently generated full 19-locus profiles from as little as 125 pg of dog DNA. In addition, wolf DNA samples could be analyzed with the kit. CONCLUSION: The kit, which produces robust, reliable, and reproducible results, will be made available for the forensic research community after modifications based on this study's evaluation to comply with the quality standards expected for forensic casework.
AIM: To develop a reagent kit that enables multiplex polymerase chain reaction (PCR) amplification of 18 short tandem repeats (STR) and the canine sex-determining Zinc Finger marker. METHODS: Validation studies to determine the robustness and reliability in forensic DNA typing of this multiplex assay included sensitivity testing, reproducibility studies, intra- and inter-locus color balance studies, annealing temperature and cycle number studies, peak height ratio determination, characterization of artifacts such as stutter percentages and dye blobs, mixture analyses, species-specificity, case type samples analyses and population studies. RESULTS: The kit robustly amplified domesticated dog samples and consistently generated full 19-locus profiles from as little as 125 pg of dog DNA. In addition, wolf DNA samples could be analyzed with the kit. CONCLUSION: The kit, which produces robust, reliable, and reproducible results, will be made available for the forensic research community after modifications based on this study's evaluation to comply with the quality standards expected for forensic casework.
Authors: Patrick J Collins; Lori K Hennessy; Craig S Leibelt; Rhonda K Roby; Dennis J Reeder; Paul A Foxall Journal: J Forensic Sci Date: 2004-11 Impact factor: 1.832
Authors: C S Mellersh; A A Langston; G M Acland; M A Fleming; K Ray; N A Wiegand; L V Francisco; M Gibbs; G D Aguirre; E A Ostrander Journal: Genomics Date: 1997-12-15 Impact factor: 5.736
Authors: Bradley K Tom; Mikko T Koskinen; Melody Dayton; Anna-Maria Mattila; Eric Johnston; Dennis Fantin; Sue Denise; Theresa Spear; David Glenn Smith; Jessica Satkoski; Bruce Budowle; Sree Kanthaswamy Journal: J Forensic Sci Date: 2010-03-25 Impact factor: 1.832
Authors: M W Neff; K W Broman; C S Mellersh; K Ray; G M Acland; G D Aguirre; J S Ziegle; E A Ostrander; J Rine Journal: Genetics Date: 1999-02 Impact factor: 4.562