features, including real-time
amplification plots as the run progresses. This allows you to determine at a
glance how an experiment is running at any time during thermal cycling, rather
than waiting until the end of the run. You can choose to abort a run if a
problem develops in a reaction, or stop the experiment and save the data as soon
as the desired information is generated.
Real-Time
Plots as PCR Progresses
More Options
The software also features the ability to make allelic discrimination calls
by endpoint fluorescence values, as well as by threshold cycle. Data can be
viewed in many forms including amplification plots, scatter plots, sample value
screens for the entire plate for all dyes, fluorescence intensity screen, final
call results, melting curves, annealing range, and text reports.
A time-saving feature allows you to select a subset of the 96 wells for
independent analysis, allowing you to perform multiple sub-experiments on a
single plate.
View
Amplification Plots
Better Temperature Uniformity for More Precise PCR
The thermal system delivers unsurpassed coupling of the thermal control
system to the sample, using patent-pending solid-state heating and cooling
technology. This new technology delivers superior thermal ramp rates,
unparalleled thermal accuracy, and the best temperature uniformity in a
96-well plate format. The extremely low thermal mass of the sample thermal
control block promotes rapid changes in temperature, so your experiments are
completed in less time. A typical 96-sample quantitative PCR thermal profile of
40 cycles can be completed in less than 90 minutes.
Better Communication Between Instrument and PC
The software establishes robust communication between the instrument and the
attached personal computer. Even in the event of a po
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Page: All 1 2 3 4 Related biology technology :1.
Detect Single Nucleotide Sequence Changes with Mx4000 Molecular Beacon
Allelic Discrimination Kits2.
QIAGEN Multiplex PCR Handbook3.
QIAGEN Multiplex PCR Kit4.
Real-Time Multiplex PCR from Genomic DNA Using the iCycler iQ Detection System5.
Correlation of Bio-Plex Suspension Array Reader Validation With Multiplex Cytokine Assay Performance, Rev A6.
Principles of Curve Fitting for Multiplex Sandwich Immunoassays, Rev B7.
Development of a Multiplex Bead-Based Assay for Antibody Screening of a Nonhuman Primate Colony on the Bio-Plex System8.
Feasibility of Multiplexing Bio-Plex Total Target and Phosphoprotein Assays9.
Multiplex protein detection with the ECL Plex fluorescent Western blotting system using the Ettan DIGE Imager10.
Multiplexed Quantitative Peptide Assays for Protein Biomarkers of Cardiovascular Disease in Human Plasma11.
Promegas Multiplexed Cell Viability and Apoptosis Assays performed on the PHERAstar