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New! Web-Based PCR Array Data Analysis
This integrated web-based software package for the miRNA PCR Array System
automatically performs all ΔΔCt based fold-change calculations from your
uploaded raw threshold cycle data. Simply providing the array's catalog number
annotates the results to the correct gene list. The web portal delivers results
not only in a tabular format but also in scatter, volcano, cluster-gram, and
multi-group plots. Perform any pair-wise comparison between groups of
experimental replicates defining your own fold-change and statistical
significance thresholds, or compare all of the groups side-by-side. The web
portal also helps you correctly interpret the reverse transcription efficiency
and positive PCR control wells. Make your miRNA expression analysis as quick and
painless as possible with the miRNA PCR Array System and the PCR Array Data Analysis Web Portal.
Benefits:
Ease of Use: Simply upload your data and find your catalog number.
Results automatically analyzed in multiple formats and annotated to your gene
list.
Convenience: Web-based application requires no downloading or
installation. Stay current with latest gene content and software updates.
Security: Single session-based operation means that your data is not
stored on any server. Export all processed data and results to an Excel file.
To obtain more detailed instructions on using this web portal, reserve
yourself a seat at one of our scheduled live web seminars, the "PCR Array
Data Analysis Tutorial".
Downloadable Excel-based PCR Array Data Analysis Templates
If you prefer, download the appropriate Excel file below. Be sure to save it
to your local computer before opening it and entering miRNA PCR Array data for
analysis.
If you are using the Human Genome, 384-well array
Download the following Excel file:
384-Well
miRNA PCR Array Data Analysis
If you are using one of the following arrays:
Human Cancer
Human Cell Differentiation & Development
Human Genome, 96-well
Human miFinder
Download the following Excel file:
96-Well miRNA PCR Array Data Analysis
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