<p>Two different concentrations of IC DNA were used as the DNA template in the qPCR reactions to test the co-purification of PCR inhibitors in samples extracted from whole blood using ME or EZ methods; High DNA concentration or Low DNA concentration. Control experiments did not contain genomic DNA in the reaction. Each column shows the method which the genomic DNA present [or not for the controls] was extracted [ME or EZ] and amount of IC plasmid present [High or Low].</p
The presence of inhibitory substances in biological forensic samples has, and continues to affect th...
The goal of this proposal was to examine the mechanisms for PCR inhibition and degradation and their...
DNA quantification is a vital step in forensic DNA analysis to determine the optimal input amount fo...
DNA analysis has seen an incredible development in terms of instrumentation, assays and applications...
A retrospective analysis of 386,706 specimens representing a variety of matrix types used in qualita...
International audiencePCR inhibition is frequent in medical microbiology routine practice and may le...
PCR inhibition is frequent in medical microbiology routine practice and may lead to false-negative r...
DNA adducts are covalent modifications to DNA strands that includes strand breaking, cross linking a...
A common problem in forensic DNA typing is PCR inhibition resulting in allele dropout and peak imbal...
The purpose of this research was to demonstrate the applicability of reduced-size STR (Miniplex) pri...
PCR is widely employed as a rapid, sensitive and specific molecular diagnostic technique in clinical...
Massively parallel sequencing holds great promise for new possibilities in the field of forensic gen...
<p>(A) Conceptual illustration of an inhibition testing PCR. An inhibition testing PCR is set up so ...
Proper interpretation of DNA profiles depends on the quality of the DNA samples, the amplification e...
<p>Plasmid DNA was tenfold diluted serially from 5.88E+6–5.88E+0 copies/μL. The slope of the plasmid...
The presence of inhibitory substances in biological forensic samples has, and continues to affect th...
The goal of this proposal was to examine the mechanisms for PCR inhibition and degradation and their...
DNA quantification is a vital step in forensic DNA analysis to determine the optimal input amount fo...
DNA analysis has seen an incredible development in terms of instrumentation, assays and applications...
A retrospective analysis of 386,706 specimens representing a variety of matrix types used in qualita...
International audiencePCR inhibition is frequent in medical microbiology routine practice and may le...
PCR inhibition is frequent in medical microbiology routine practice and may lead to false-negative r...
DNA adducts are covalent modifications to DNA strands that includes strand breaking, cross linking a...
A common problem in forensic DNA typing is PCR inhibition resulting in allele dropout and peak imbal...
The purpose of this research was to demonstrate the applicability of reduced-size STR (Miniplex) pri...
PCR is widely employed as a rapid, sensitive and specific molecular diagnostic technique in clinical...
Massively parallel sequencing holds great promise for new possibilities in the field of forensic gen...
<p>(A) Conceptual illustration of an inhibition testing PCR. An inhibition testing PCR is set up so ...
Proper interpretation of DNA profiles depends on the quality of the DNA samples, the amplification e...
<p>Plasmid DNA was tenfold diluted serially from 5.88E+6–5.88E+0 copies/μL. The slope of the plasmid...
The presence of inhibitory substances in biological forensic samples has, and continues to affect th...
The goal of this proposal was to examine the mechanisms for PCR inhibition and degradation and their...
DNA quantification is a vital step in forensic DNA analysis to determine the optimal input amount fo...