(A) Effect of the hybridization temperatures on the T/C ratio of LFBA, (B) effect of the probe concentration on the T/C ratio of LFBA, (C) effect of the SSC concentration on the T/C ratio of LFBA and (D) effect of the BSA concentration on the T/C ratio of LFBA.</p
<p>Optimization of concentration of ionic and pH value (a), H<sub>2</sub>O<sub>2</sub> (b), Luminol ...
Background: With the growing availability of entire genome sequences, an increasing number of scient...
<p><b>A.</b> The diagram shows the kinetics of reporter probe hr-H1-683 in presence of different amo...
<p>(A) Hybridization temperatures, (B) concentration of probe, (C) SSC concentration and (D) BSA con...
<p>Hybridization and pre-hybridization temperatures for the different probes used in the study.</p
<p>(A) Hybridization of labeled RNA (single-color) at a range of concentrations (75–4,500 ng) for 18...
A, E and I, Optimization of temperature for LAMP, CPA and IMSA, respectively. 1–6, Amplification pro...
AbstractCompetitive hybridization, at the surface and in the bulk, lowers the sensitivity of DNA chi...
<p>Fitted linear standard curves from the test assays for determination of the best performing probe...
<p>The formula to calculate the on-target rate is the same as in <a href="http://www.plosone.org/art...
<p><b>A:</b> Optimisation of the capture antibody (CAb), where the concentration 8 µg/ml was found t...
Although most PCRs would produce proper PCR products when first tried, a general optimization is req...
<p>Optimal filter setting, primer- and probe-concentration for the genes investigated.</p
<p>Primer design does not always result in perfectly matched combinations and additional improvement...
A): Reaction temperature optimization: M: 2000 bp DNA marker, lanes 1 to 8 represent 57°C, 58°C, 59°...
<p>Optimization of concentration of ionic and pH value (a), H<sub>2</sub>O<sub>2</sub> (b), Luminol ...
Background: With the growing availability of entire genome sequences, an increasing number of scient...
<p><b>A.</b> The diagram shows the kinetics of reporter probe hr-H1-683 in presence of different amo...
<p>(A) Hybridization temperatures, (B) concentration of probe, (C) SSC concentration and (D) BSA con...
<p>Hybridization and pre-hybridization temperatures for the different probes used in the study.</p
<p>(A) Hybridization of labeled RNA (single-color) at a range of concentrations (75–4,500 ng) for 18...
A, E and I, Optimization of temperature for LAMP, CPA and IMSA, respectively. 1–6, Amplification pro...
AbstractCompetitive hybridization, at the surface and in the bulk, lowers the sensitivity of DNA chi...
<p>Fitted linear standard curves from the test assays for determination of the best performing probe...
<p>The formula to calculate the on-target rate is the same as in <a href="http://www.plosone.org/art...
<p><b>A:</b> Optimisation of the capture antibody (CAb), where the concentration 8 µg/ml was found t...
Although most PCRs would produce proper PCR products when first tried, a general optimization is req...
<p>Optimal filter setting, primer- and probe-concentration for the genes investigated.</p
<p>Primer design does not always result in perfectly matched combinations and additional improvement...
A): Reaction temperature optimization: M: 2000 bp DNA marker, lanes 1 to 8 represent 57°C, 58°C, 59°...
<p>Optimization of concentration of ionic and pH value (a), H<sub>2</sub>O<sub>2</sub> (b), Luminol ...
Background: With the growing availability of entire genome sequences, an increasing number of scient...
<p><b>A.</b> The diagram shows the kinetics of reporter probe hr-H1-683 in presence of different amo...