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TotalLab Quant - Overview

TotalLab Quant is a suite of core analysis tools for quantitative image analysis applications in the Life Sciences.

New for v12 - Multiplex Analysis

blot blot blot

TotalLab Quant contains modules for:

  • 1D electrophoresis gel and Western blot analysis
  • Array / dot blot / slot blot analysis
  • Colony counting & basic 2D spot measurement
  • General feature-based image analysis

A wide range of image formats can be analysed, maximising the image capture instruments you already have in your lab.

1d dna 1d protein western array colony
1D DNA gel 1D Protein gel Western Blot Protein Array Colony Counting

Workflows to suit your analysis requirements

Analysis of such images is rapid, automated to a high level and reproducible.

The user has the ability to review each stage of the workflow analysis and intervene / edit if required. Combining high levels of automation with final user review allows rapid and accurate quantitative analysis.

The user then has full control of the visualisation tools and data display - outputting only those data fields that are of importance as well as the images of choice.

1d module array module

Fast Accurate Quantitation and Reporting

For 1D gels, highly developed algorithms accurately detect lanes and bands even on distorted gel images. Results can be verified using the range of visualisation tools which aid further examination of lane and band data.

Calibrate the bands using one or more Molecular Size standard lanes and derive accurate quantitation from known band volumes.

For the Arrays and Colony plates, rapid identification and quantitative measurements of all relevant features allow for speedy analysis and accurate data.

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Customer quote
We recently published a paper in proteomics using the 1D module of the TotalLab software. They have developed a very easy to use system and multiple people in our lab use it. The results are great and we really enjoy using it.
Dr. John Reddish, Ohio State University, US
www.nonlinear.com
Nonlinear Dynamics – developers of 2D and LC-MS software that enables reproducible research