Many steps of immunoblotting create unpredictable variability. For better reproducibility, eliminate darkroom hassles with consistent digital detection.
Detect strong and faint bands in a single image the first time, every time. Capture true detail and complexity when you get all the data in one image.
Analyze subtle changes accurately with a deeper data capacity. Get complete, reproducible data with advanced digital imaging.
Save time and minimize the number of manual steps that can introduce variability. Focus on what’s really important – your research – by eliminating broken developers, processor jams, and waiting in line. Capture the full range of ECL data in just one image, instead of piecing together multiple film exposures.
Detection is faster and easier than ever before. Digital imaging removes user subjectivity from adjusting exposure settings or taking multiple images. You’ll capture consistent data with accurate, streamlined digital imaging. The result: a high quality image the first time, every time.
“…The range varies with the exposure time of the blot to film. The use of film is also a drawback as it is difficult to detect saturation of the signal on the film.”
Digital imaging shows your strong signals as they really are. Film only shows you part of the picture, because data are lost when images become saturated. To see the whole picture, you need enough capacity (dynamic range) to consistently document your strongest bands. See all the data you’ve been missing with film – without sacrificing sensitivity.
“The ease at which an x-ray film becomes saturated with signal gives investigators a false sense that film is more sensitive than digital imagers.”
“…There are a lot of variables in performing experiments and in collecting and analyzing data. Seemingly insignificant changes in execution or analysis can have profound impacts on results.”
Take back your benchtop and capture quality ECL data with this compact, affordable scanner.
More about the C-DiGit scanner
You ask big questions, and your detection method should be able to handle all the answers. Confidently analyze protein levels and more with an accurate, stable detection method. Learn how near-infrared fluorescence will dramatically improve the consistency and accuracy of your data.
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