(A) Comparative images of agarose gel electrophoresis of DNA coding for EBOV GP protein using miniPCR and Maxygen thermocyclers. Different amplicon sizes obtained using the miniPCR (left section) and Maxygen (right section) thermal cyclers. From left to right: 91 bp (lane 1), 131 bp (lane 2), 167 bp (lane 3), 239 bp (lane 4), and 300 bp (lane 5), multiplex amplification of 91 and 167 bp (lane 6), and a negative control (lane 7). B) Evaluation of the amount of miniPCR-amplified DNA (as measured by Nanodrop Spectrometry at 260 nm), and (C) the purity (absorbance ratio at 260/280 nm) of DNA produced by primer sets that produce amplicons of different sizes. Primers that were aimed to produce amplicons of 91bp produced statistically lower amount...
<p>(A) (<i>Lane 1</i>) 50 bp DNA ladder (Fermentas, USA) for size determinations; (<i>Lane 2</i>) Sb...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
Primer purity can be a contributing factor in DNA PCR amplification. Synthesized primers which were ...
A) Repeatability test using an initial amount of 0.5ng of a 300bp amplicon corresponding to the Ebol...
A) Sensitivity trials using a 91 bp amplicon in miniPCR (left section) and Maxygen (right section) t...
The development of point-of-care (POC) diagnostic systems has received well-deserved attention in re...
<p>(A) Agarose gel (2.0%) electrophoresis indicates amplification of a single PCR product of the exp...
<p>(a) Melting curves of ten candidate reference genes and one target gene showing single peaks. (b)...
Primers, amplicon size (base pairs [bp]), annealing temperatures (° C), and references for amplified...
The blueGel electrophoresis chamber: blueGel (A) allows visualization of a 15 ml agarose gel using a...
(A) Agarose gel electrophoresis images of PCR mixtures at various annealing temperatures (30–55°C) u...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
<p>A. 10% GC, no sub-cycling. B. 79% GC, no sub-cycling. C. 10% GC, sub-cycling. D. 79% GC, sub-cycl...
<p>Each long NPCL marker was amplified in two contiguous and overlapping fragments (F1 and F2). Thre...
<p>(a) Agarose gel (2%) electrophoresis showing amplification of a specific PCR product of the expec...
<p>(A) (<i>Lane 1</i>) 50 bp DNA ladder (Fermentas, USA) for size determinations; (<i>Lane 2</i>) Sb...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
Primer purity can be a contributing factor in DNA PCR amplification. Synthesized primers which were ...
A) Repeatability test using an initial amount of 0.5ng of a 300bp amplicon corresponding to the Ebol...
A) Sensitivity trials using a 91 bp amplicon in miniPCR (left section) and Maxygen (right section) t...
The development of point-of-care (POC) diagnostic systems has received well-deserved attention in re...
<p>(A) Agarose gel (2.0%) electrophoresis indicates amplification of a single PCR product of the exp...
<p>(a) Melting curves of ten candidate reference genes and one target gene showing single peaks. (b)...
Primers, amplicon size (base pairs [bp]), annealing temperatures (° C), and references for amplified...
The blueGel electrophoresis chamber: blueGel (A) allows visualization of a 15 ml agarose gel using a...
(A) Agarose gel electrophoresis images of PCR mixtures at various annealing temperatures (30–55°C) u...
(a) Comparison of the DNA extracting capacities of the current approaches, BP/DC with commercial pro...
<p>A. 10% GC, no sub-cycling. B. 79% GC, no sub-cycling. C. 10% GC, sub-cycling. D. 79% GC, sub-cycl...
<p>Each long NPCL marker was amplified in two contiguous and overlapping fragments (F1 and F2). Thre...
<p>(a) Agarose gel (2%) electrophoresis showing amplification of a specific PCR product of the expec...
<p>(A) (<i>Lane 1</i>) 50 bp DNA ladder (Fermentas, USA) for size determinations; (<i>Lane 2</i>) Sb...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
Primer purity can be a contributing factor in DNA PCR amplification. Synthesized primers which were ...