Software features a full range of enhancement capabilities including rotation, embossing and other filters, inverting images and applying pseudo colour
UVP releases the new Doc-ItLS image analysis software, to enable researchers to quickly and easily enhance and analyse images and generate reports of gel and plate images.
In addition to 1D gel analysis, Doc-ItLS now facilitates easy to use, automated colony counting.
It supplies increased support for 21 CFR Part 11 compliance, including user and administrative controls and image history tracking.
The software features a full range of enhancement capabilities including rotation, embossing and other filters, inverting images and applying pseudo colour.
Image annotation can be applied to images via layers or burned into the image.
Automatically detect straight, curved or slanted lanes and bands.
Perform accurate quantitation using the concentration calibration tool.
Generate easy to interpret histograms for visual intensity distribution of the lanes.
Calibrate molecular weight standards with just one button click.
Add custom standards to the preset list.
Apply one of four multiple background correction methods for more accurate analysis.
Researchers can use the new fast automatic colony counting wizard.
The new feature allows colonies to be split, merged, added or removed.
Or precisely define a specific area with the Region of Interest (ROI) tool.
Extensive report detail can be generated featuring molecular weight (MW), Rf, precise position of bands, etc.
Direct data exchange (DDE) function allows data to be easily exported to other programs such as Excel.
Image history tracking keeps a detailed record of changes to images and allows users to make notes and print a history report which shows action taken along with user information, date and time.
Doc-ItLS software can save images in Tiff, Jpeg, BMP and Gif formats as well as open and analyse images which have 8, 12 or 16-bit data.
Doc-ItLS can be used with UVP's bioimaging systems, from entry-level gel documentation to the advanced BioSpectrum Imager, or transfer images from any scanner with a Twain interface.
