a<p>Excess FR primers required theoretically for each specific primer sequence within the primer population to be the same as in the standard PCR reaction compared to the actual excess used in the experiment.</p
<p>PCR primers (F : forward primer, R : reverse primer) and size of amplicon.</p
<p>All conditions are relevant to real time PCR except for <i>VCAM1</i>, where tradition PCR has bee...
<p>Primers, annealing temperatures and number of cycles used for the amplification of each target ge...
The success of PCR is partly based on its exponential amplifica-tion characteristics. Nevertheless, ...
Amplicon sequences generated (and their corresponding length) by each of the primer pairs used in th...
Primer sequences used in PCR amplification experiments and their corresponding amplicons.</p
Primers, amplicon size (base pairs [bp]), annealing temperatures (° C), and references for amplified...
<p>Primer sequences, amplicon size and annealing temperature used in PCR assays.</p
<p>Primers utilized in this study for conventional and real-time PCR amplification.</p
<p>Primer sequences, annealing temperatures, and amplicon lengths for RT-PCR.</p
<p>Primers used in the study, annealing temperatures used in the PCR and expected sizes of the PCR p...
<p>T<sub>m</sub> means melting temperature; ±SD means standard deviation of the mean value.</p><p>Pr...
<p>F; Forward primer, R; Reverse primer. For exon 6 an extra set of sequencing primers internal to t...
Perhaps the most critical parameter for successful PCR is the design of Primers. All things being eq...
<p>To amplify the relative quantities of antioxidant genes, following primers were used.</p
<p>PCR primers (F : forward primer, R : reverse primer) and size of amplicon.</p
<p>All conditions are relevant to real time PCR except for <i>VCAM1</i>, where tradition PCR has bee...
<p>Primers, annealing temperatures and number of cycles used for the amplification of each target ge...
The success of PCR is partly based on its exponential amplifica-tion characteristics. Nevertheless, ...
Amplicon sequences generated (and their corresponding length) by each of the primer pairs used in th...
Primer sequences used in PCR amplification experiments and their corresponding amplicons.</p
Primers, amplicon size (base pairs [bp]), annealing temperatures (° C), and references for amplified...
<p>Primer sequences, amplicon size and annealing temperature used in PCR assays.</p
<p>Primers utilized in this study for conventional and real-time PCR amplification.</p
<p>Primer sequences, annealing temperatures, and amplicon lengths for RT-PCR.</p
<p>Primers used in the study, annealing temperatures used in the PCR and expected sizes of the PCR p...
<p>T<sub>m</sub> means melting temperature; ±SD means standard deviation of the mean value.</p><p>Pr...
<p>F; Forward primer, R; Reverse primer. For exon 6 an extra set of sequencing primers internal to t...
Perhaps the most critical parameter for successful PCR is the design of Primers. All things being eq...
<p>To amplify the relative quantities of antioxidant genes, following primers were used.</p
<p>PCR primers (F : forward primer, R : reverse primer) and size of amplicon.</p
<p>All conditions are relevant to real time PCR except for <i>VCAM1</i>, where tradition PCR has bee...
<p>Primers, annealing temperatures and number of cycles used for the amplification of each target ge...
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