Un-Scan-It Gel

Un-Scan-It Gel is a comprehensive software that allows you to analyze the data acquired from the scanning of an electrophoresis gel material. The software can easily turn the digital scanner or camera into a high speed densiometer that captures specified parameters. Thus, you can easily obtain a high resolution scan of the gel electrophoresis.

Easy to use analysis program

Un-Scan-It Gel is simple to use and allows you to import data straight from the scanner/digital camera or load the required images from a local folder. The microdensity analysis of the gel material is a required step in macromolecules research, allowing you to separate and observe DNA, RNA or proteins. You may easily analyze the entire scanned sequence or just fragments, based on size and charge.
The software allows you to digitize the results of the analysis, by automatically generating a graph with peak indicators. You may manually adjust the required values, such as minimum and maximum on the x,y axis system, set the baseline or resolve the peaks.

Electrophoresis gel materials supported for microbiology studies

Un-Scan-It Gel can work with many types of images, such as TIFF, JPG, BMP or GIF, acquired from any scanner device, digital camera or specialized densiometer. It can easily read the information contained in the images and translate it into graphs or digital data sets. The software can quantity Western blots patterns, Agarose gels, PCR or TLC gels.
The analysis can help you perform gel densitometry and quantification on many types of electrophoresis bands, and digitize lanes, segments or dot blots. Simply load the image, define the analysis regions and digitize the results. The data can be exported to spreadsheets, images or projects.

Reliable densiometer data interpreter

Un-Scan-It Gel can help you reduce the time spent acquiring analysis results or calibrating density readings. The software is easy to use, features instructions at each step of the way and allows you to quickly translate the data from the densiometer into graphs or values. It can help you define density regions and quantify the supported images.