(a) Comparison of DNA extracting capacities of five current methods. (b) DNA electrophoresis of the related samples (Marker, QIAGEN, TIANGEN, NANOEAST, AIDLAB, BEYOTIME). (c) The OD260/OD280 (black) and OD260/OD230 (purple) purity ratios of the related samples.</p
Over the last years, massively parallel sequencing has rapidly evolved and has now transitioned into...
Background: Blood preservation method plays an important role in DNA extraction. The current study w...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
(a) Comparison of DNA extracting capacity of BP, DC and three types of adsorbents from kits using QI...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
(a) The capacities of lysis buffer C (pH 4 to 10), and elution buffer Q (pH 9) for extracting DNA on...
(a) The capacities of lysis buffer N (pH 4 to 10) and elution buffer Q (pH 9) for extracting DNA on ...
(a) The amount of extracted DNA during repeated serial elutions among TIANGEN, NANOEAST and QIAGEN. ...
<p>Illustration of relative DNA concentrations of samples 1–10 measured by the NanoDrop 2000c spectr...
(a): The quantiy of extracted DNA in different pieces of Whatman™ Grade 1 filter paper. (b): DNA ele...
(a) The capacity of lysis buffer N (pH 5–7) and elution buffer Q (pH 6–10) for extracting DNA on BP ...
The data presented in this article provide supporting information to the related research article “C...
<p>(A) Electrophoretic pattern of DNA extracts 1, 3, 4 and 5 of each extraction method on a 1% agaro...
Each extraction method is designated by a specific colour (see key) which is maintained in Fig 2A an...
Isolating DNA is crucial in genetic laboratories. I tis the first method of further steps to obtain ...
Over the last years, massively parallel sequencing has rapidly evolved and has now transitioned into...
Background: Blood preservation method plays an important role in DNA extraction. The current study w...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
(a) Comparison of DNA extracting capacity of BP, DC and three types of adsorbents from kits using QI...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
(a) The capacities of lysis buffer C (pH 4 to 10), and elution buffer Q (pH 9) for extracting DNA on...
(a) The capacities of lysis buffer N (pH 4 to 10) and elution buffer Q (pH 9) for extracting DNA on ...
(a) The amount of extracted DNA during repeated serial elutions among TIANGEN, NANOEAST and QIAGEN. ...
<p>Illustration of relative DNA concentrations of samples 1–10 measured by the NanoDrop 2000c spectr...
(a): The quantiy of extracted DNA in different pieces of Whatman™ Grade 1 filter paper. (b): DNA ele...
(a) The capacity of lysis buffer N (pH 5–7) and elution buffer Q (pH 6–10) for extracting DNA on BP ...
The data presented in this article provide supporting information to the related research article “C...
<p>(A) Electrophoretic pattern of DNA extracts 1, 3, 4 and 5 of each extraction method on a 1% agaro...
Each extraction method is designated by a specific colour (see key) which is maintained in Fig 2A an...
Isolating DNA is crucial in genetic laboratories. I tis the first method of further steps to obtain ...
Over the last years, massively parallel sequencing has rapidly evolved and has now transitioned into...
Background: Blood preservation method plays an important role in DNA extraction. The current study w...
Efficient isolation of DNA from a sample is the basis for successful forensic DNA profiling. There a...
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