Webinars & Tutorial Video's

Getting Started

Huygens scripting with Python

Huygens scripting with Python. With the new Python interpreter in Huygens Professional, you can access all of our image processing algorithms in a more familiar way. You can use individual commands directly in the Python shell in the main window, or write Python scripts for more complex operations. In this webinar we'll give a quick overview of how to use our Python operations, how to run scripts, and how to use custom modules for even more functionality. Basic Huygens Python operations can be used with little to no knowledge of the Python language, yet a quick refresher may help before checking out this webinar. (42 min)

Huygens Workflow Processor

Deconvolution Workflow Processor Design batch image processing tasks with a simple drag and drop of steps like deconvolution or chromatic aberration correction using Huygens Workflow Processor. (12.18 min)

Huygens Everywhere

Huygens Everywhere..With Huygens Everywhere, Essential, Professional and Localizer can be used everywhere with a login. Whether you are a single user or with many, simply download and install Huygens on your own computer and use your activated SVI login. In this webinar, we'll explain how it works, how you can get Everywhere, and how is relates to Huygens web-interface HRM, Remote Display, and floating licenses. (10.32 min)

Huygens What's New 20.10

What's New 20.10 In this webinar, we present the latest additions to Huygens Essential, Professional, and Localizer. (10.51 min)

Huygens Batch Express

Batch Express. The Huygens Batch Express option allows instant deconvolution of all your acquired images independent how you acquired them. It makes use of smart templates and the high-quality deconvolution algorithms in Huygens to restore your images in a matter of seconds.(9.25 min)

Huygens Deconvolution Express

Deconvolution Express. The Huygens Deconvolution Express option makes use of smart templates and the high-quality deconvolution algorithms in Huygens to restore your images in a matter of seconds. (1.56 min)

Huygens Remote Manager

Huygens Remote Manager Webinar (February 11, 2020): This webinar will give you practical guidelines how to optimally use the Huygens Remote Manager with the Huygens Core. HRM is ideally suited for high-throughput deconvolution and allows access to Huygens via the web-browser, providing an easy multi-user access to Huygens deconvolution. HRM has an optimized interface connection to the open source OMERO server, and also allows you to perform Colocalization Analysis in batch mode and visualize deconvolution results. (26.06 min)

Super Resolution

Huygens Light Sheet Deconvolution & Fuser

Huygens Light Sheet Decon & Fuser Webinar (2020): The brand-new interactive Huygens Fuser option can fuse multiview images from a variety of different Light Sheet micrscopes and also allows the deconvolution of the images within its fusion workflow. Alignment of multiview images is very interactive and offers direct visual feedback so that you as a user are in full control. (12:30 min)

Huygens Array Detector

Array Scanning (Airyscan & SPAD) Webinar (April 30th, 2019): This webinar on HUYGENS deconvolution of Array and Airyscan Detector images to learn more about how Array-detector + HUYGENS deconvolution can help you improve your image acquisition and obtain stunning super-resolution results. We will also premier new results, demonstrating an impressive sub-90nm two-point resolution, and we will further illustrate what advantages the HUYGENS MLE-based algorithm offers over alternative restoration algorithms. (23.20 min)

Huygens Localizer

Huygens 2D & 3D Localizer webinar (19th of November 2019): Will show that 2D and 3D Single Molecule Localization Microscopy (SMLM) images acquired with PALM, STORM, GSD, or (DNA)-PAINT can be efficiently analyzed with the HUYGENS LOCALIZER. Huygens 2D & 3D Localizer is highly parallelized for CPU and GPU, and offers high-quality localization results in real-time. The easy-to-use wizard helps you with the optimization of the detection and pre/post processing settings, and includes various fitting algorithms, powerful background estimation methods, automatic drift correction, and interactive rendering and analysis. New is also the option to batch process SMLM data. (20:30 min)

Huygens STED Deconvolution

Huygens STED deconvolution and optimal processing of STED data (March 19th, 2019): This webinar will show how you can obtain the best possible results with super-resolution STED image data. STED images can be deconvolved with Huygens leading to high-quality results, and offering a huge increase in contrast and resolution. During this webinar, you will see that Huygens is optimally suited for deconvolving (2D and 3D) STED images from Leica, custom-build STED systems, and the new compact STEDYCON and STED expert line by Abberior Instruments. (42.59 min)

Visualization & Analysis

Huygens 3D Visualization

Huygens 3D Visualization Webinar (15th of October 2019): This webinar gives an overview of the many improvements that we have lately implemented in the three Huygens 3D rendering options, which are the SFP renderer, Surface Renderer, and MIP renderer. Among other features, these renderers are now GPU accelerated and as a result much faster, animation settings have been expanded, a perspective view has been added as well as a cutting plane. (14:15 min)

Huygens Object Analyzer

Object Analysis with Huygens (3rd of July 2018): Huygens deconvolution improves resolution, contrast and signal to noise ratio in the images. Because of this, the analysis of the deconvolved images is more accurate and robust. The analysis can be performed using the Huygens Object Analyzer. The interactive object analyzer tool for 3D microscopy images in Huygens Essential and Huygens Professional allows you to obtain statistics of individual objects by clicking on them, or analyzing all objects with a single button press. The image is segmented, the objects can be filtered and grouped in Regions of Interest, and the images are then analyzed for Geometrical data, Spatial location, Relation with neighbors, Relation with reference objects, Degree of overlap (colocalization).(49.57 min)

Huygens Colocalization Analyzer

Huygens Co-localization webinar (19th June 2018): Colocalization studies provide an important insight on several biological processes, and Huygens can help you in getting the most accurate colocalization results. Huygens deconvolution improves resolution, contrast and signal to noise ratio, reducing the effect of Blur And Noise in Colocalization studies. Our Restoration Options also correct the images for the other aberrations, getting them ready for an accurate analysis. For what concerns the analysis, the Colocalization Analyzer works more at the level of the whole image, and the Object Analyzer also provides colocalization measurements at the object level. In this webinar, we will discuss: image restorations before co-localization analysis and why, a brief introduction of the co-localization coefficients, how to use the Huygens co-localization Analyzer (demo).(36.21 min)

Huygens Surface Renderer

Surface renderer. This tutorial video shows you how to use the Huygens Surface Renderer to represent your microscopy data in a convenient way to clearly see separated volumes, with Iso Surface rendering (4.14 min)

Huygens Object Tracker

The Object Tracker. A tutorial about the Huygens Object Tracker, giving a short demonstration about the Huygens Object Tracker and Track Analyzer. (4.02 min)

Huygens Movie Maker

Movie Maker. A tutorial about the Huygens Movie Maker, giving a short demonstration on how to use the Movie maker and showing some examples made with the tool. (6.41 min).

Image Restoration

True Deconvolution

True Deconvolution Webinar The essence of using Deconvolution is to reverse the Convolution process, which is how a microscope distorts images. Since convolution involves object blurring by the microscope type-specific point spread function (PSF), it is crucial that this PSF is accurately calculated or measured, and included in a deconvolution procedure with the best possible algorithms. These are currently MLE-based as implemented by Huygens. In this webinar, we will explain image acquisition and what true deconvolution includes. After this webinar, you have learned about the potential limitations of other image enhancement techniques and know how to obtain the most reliable and accurate results from your valuable image data. (27:31 min).

Huygens Stitcher

Stitching in Huygens Webinar (17th September 2019): During this webinar will discuss the Huygens Stitching & Deconvolution wizard. The Stitching & Deconvolution option is GPU accelerated, and offers a unique easy-to-use wizard for combined high-quality stitching for all types of microscopy data with the additional option to deconvolve the images, and to correct for vignetting issues. Vignetting correction can be performed manually and in a full automated fashion. The Stitching & Deconvolution Wizard is available for Huygens Essential and Huygens Professional. (14.22 min)

Huygens PSF Distiller

The PSF Distiller. The Huygens PSF Distiller can be used with imaged beads to measure a point spread function that can then be used with image deconvolution. This tutorial video shows the ins and outs of PSF distillation. (7.31 min)

Huygens Object Stabilizer

The Object Stabilizer. The Huygens Object Stabilizer can measure and correct for cell motion, thermal drift, shaking, and other types of movement (x-y-z translation and axial rotation). Both the measurement and subsequent stabilization are done in 3D and at sub-pixel level. The Stabilizer not only stabilizes 2D or 3D time series, but it also allows the alignment of z-slices within a 3D stack. (4.39 min)

Huygens Chromatic Shift Corrector

The Chromatic Aberration Corrector. The Huygens Chromatic Aberration Corrector can correct chromatic shift on images due to various reasons. This tutorial video shows how to use the Chromatic Aberration Corrector. (4.04 min)

Huygens Crosstalk Corrector

The Crosstalk Corrector. The Huygens Crosstalk Corrector estimates and corrects for crosstalk, also known as bleedthrough. Crosstalk can occur if there is spectral overlap between different channels, and signal is recorded from a specific dye whereas the detector is already reserved for another dye. Crosstalk in multi channel images up to 32 channels can be easily estimated, visualized, and corrected with this tool. (3.24 min)

You are welcome to test Huygens for free with all the available Huygens options.