AutoQuant X3 is the life science industry’s leading image deconvolution software. Retrieve better data from your images using
the most complete suite of 2D and 3D restoration algorithms available, including the industry’s best blind deconvolution algorithm. Microscopy experts worldwide trust AutoQuant X3 for the accuracy and beauty of its stunning quantitative results, while newcomers to the product love the user-friendly workflow and intuitive interface that helps make learning a breeze. Today’s computing power allows images to be deconvolved in minutes and even seconds.

Blind:

• Adaptive Point Spread Function (PSF)
• Entire Volume + Channels + Time
• Constrained Iterative
• Noise Reduction

Non-Blind:

• Fixed Point Spread Function (PSF)
• Entire Volume + Channels + Time
• Constrained Iterative
• Noise Reduction

Blind:

• Adaptive Point Spread Function (PSF)
• Entire Volume + Channels + Time
• Constrained Iterative
• Noise Reduction

Non-Blind:

• Fixed Point Spread Function (PSF)
• Entire Volume + Channels + Time
• Constrained Iterative
• Noise Reduction

Intuitive Four-Step Process

AutoQuant X3 is truly the most intuitive deconvolution software in the industry, using a simple yet elegant workflow to direct any user through the necessary steps to achieve repeatable image restoration.

PSF Modeling Algorithms

The newest Gibson & Lanni modeling algorithms refine your theoretical PSF for stunning results.

Microscopy Modalities

Work with all widefield, brightfield, spinning disk & laser scan confocal, and multi-photon image sets.

Automatic SA Correction

Tune your optical system’s unique theoretical PSF with spherical aberration detection and correction.

PSF Refinement

Create an optimal PSF iteratively derived from an entire volume of beads with just a single click.

Multi-Time / Channel Support

Load, view, and control multiple channels and timepoints to create vibrant multidimensional results.

Easily Capture Single-Frame Images & Time-Lapse Experiments

Media Cybernetics® understands that AutoQuant X3’s impressive deconvolution capability is but one key aspect of your imaging workflow. Sample preparation, image acquisition, deconvolution, processing, analysis, and storage solutions must all function seamlessly and effectively. For this reason, AutoQuant X3 implements the newest, most sophisticated workflow accelerator available for single-user workstations, connecting many of your imaging software applications without additional effort.

From your partnering software application, a single click can trigger an automatic connection with AutoQuant X3 (installed on the same PC), send the active CONNECT Image Set, deconvolve the set using any of AutoQuant’s industry-leading algorithms, and complete the connection by returning the image set to the partnering software application.

• ROI deconvolution preview quickly tests for optimal settings.
• Save optical parameters and deconvolution settings.
• Batch-process your image sets sequentially in an instant or on a timer.
• Spacing calculator computers the optimal XY and Z optical spacing.

• Stabilize your sample using:
• Slice-to-slice alignment
• Channel-to-channel alighment
• Advanced cropping and reshaping
• Image correction tools for photobleaching, attenuation, optical density variability, and many other imaging problems.

• View 5D datasets (X, Y, Z, time, and channel)
• Display multiple viewers simultaneously
• Multiple volume projection modes (max, min, and sum projections)
• Slicer view compares XY, YZ, XZ, ortho, and oblique slice views
• Surface-render objects to measure individual volumes
• Synchronize multiple viewers for easy comparison
• Movie Maker and Save to AVI Movie for easy sharing of results
• Individual channel controls for brightness, contrast, and gamma
• Sync multiple line profiles and measurements to facilitate comparison

Count and track a virtually limitless number of objects through time. Load and process 3D time-series datasets. Utilize powerful and intuitive preprocessing tools. Once counted, objects can be tracked and displayed using easy- to-follow tracking lines for a vivid, graphic depiction of the objects’ activities. Export complete data measurements to a spreadsheet for later analysis.

Study the effects of differing concentrations of calcium or shifting pH values on a standard sample environment. Employ the Grynkiewicz equation for ion concentration and produce accurate results with visually emphasized color mapping. Use pre- and post-processing steps such as automatic alignment, noise removal, and Gaussian smoothing for cleaner resultant images. Use ROIs and threshold controls to obtain statistics about relative changes within datasets.

Easily analyze sections where two or more dyes overlap. Identify overlapping areas, display them, and generate statistics for user-selected ROIs. Easily load a multichannel dataset, create an intensity mask to display colocalized areas, and generate a new “colocalized” dataset displaying only areas with colocalization. Work with algorithms such as Pearson’s correlation coefficient and Manders’ overlap coefficient; then generate and export the resultant statistics to .csv format.

AutoQuant X3’s proprietary algorithm for measuring protein- to-protein interactions stems from the two most commonly accepted algorithms, Elangovan & Periasamy and Gordon & Herman, to correct for crosstalk. This algorithm goes one step further by using our sophisticated Maximum Likelihood Estimation algorithm to mathematically solve for crosstalk, generating more accurate results and analysis. Easily create as many ROIs as you desire, run statistical analyses on those ROIs, and export the results.

Extract quantifiable data from your images with a variety of measurement  tools. Easily measure distances, regions, angles, and more.

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