<p>Illustration of relative DNA concentrations of samples 1–10 measured by the NanoDrop 2000c spectrophotometer (A) and Qubit 2.0 fluorometer (B). The concentrations of the Maxwell 16 extracts were set to 100% for each sample.</p
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Each extraction method is designated by a specific colour (see key) which is maintained in Fig 2A an...
(a) Comparison of DNA extracting capacities of five current methods. (b) DNA electrophoresis of the ...
<p>Distribution of DNA sample concentration (dispersion chart) was estimated by both NanoDrop (black...
(a) Comparison of DNA extracting capacity of BP, DC and three types of adsorbents from kits using QI...
<p>DNA concentration is shown for each paired sample of DNA extractions with and without enzymatic d...
<p>A total of 100 ng of DNA based on NanoDrop (N, black bars) or Qubit (Q, grey bars) measurements w...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
a<p>DNA concentrations are means calculated using data from eight replicates.</p>b<p>Means with the ...
Accurate DNA quantification is a highly important method within molecular biology. Methods widely us...
<p>A. Comparison between sample types obtained from the same individuals (<i>t</i><sub>(22)</sub> = ...
PURPOSE: The extraction of nucleic acid is initially a limiting step for successful molecular-based ...
Accurate DNA quantification is a highly important method within molecular biology. Methods widely us...
Samples are separated by DNA source (saliva vs. tail-hair). The amount of DNA is that obtained from ...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Each extraction method is designated by a specific colour (see key) which is maintained in Fig 2A an...
(a) Comparison of DNA extracting capacities of five current methods. (b) DNA electrophoresis of the ...
<p>Distribution of DNA sample concentration (dispersion chart) was estimated by both NanoDrop (black...
(a) Comparison of DNA extracting capacity of BP, DC and three types of adsorbents from kits using QI...
<p>DNA concentration is shown for each paired sample of DNA extractions with and without enzymatic d...
<p>A total of 100 ng of DNA based on NanoDrop (N, black bars) or Qubit (Q, grey bars) measurements w...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
a<p>DNA concentrations are means calculated using data from eight replicates.</p>b<p>Means with the ...
Accurate DNA quantification is a highly important method within molecular biology. Methods widely us...
<p>A. Comparison between sample types obtained from the same individuals (<i>t</i><sub>(22)</sub> = ...
PURPOSE: The extraction of nucleic acid is initially a limiting step for successful molecular-based ...
Accurate DNA quantification is a highly important method within molecular biology. Methods widely us...
Samples are separated by DNA source (saliva vs. tail-hair). The amount of DNA is that obtained from ...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
Each extraction method is designated by a specific colour (see key) which is maintained in Fig 2A an...