Events
With the suspension of in-person conferences and meetings due to COVID-19 please join us for webinars and online virtual events.
Join our Workshop and Poster Presentation at the European Light Microscopy Initiative
June 22 – 25, 2021: Virtual
Wednesday, June 23rd 6:15am MDT / 1415 CEST: Workshop featuring DHO’s SPINDLE2 multi-color, multi-modal two-channel module. Limited seats.
Thursday, June 24th 6:00am MDT / 1400 CEST: Workshop featuring DHO’s SPINDLE2 multi-color, multi-modal two-channel module. This workshop will cover the same material as the previous day.
Thursday, June 24th 9:00am MDT / 1700 CEST: Poster presentation, “Simultaneous multi-color 3D whole cell super-resolution imaging and particle tracking using engineered point spread functions”
Meet us at Microscience Microscopy Congress
July 5 – 9, 2021: Virtual
We will be virtually presenting at Microscience Microscopy Congress.
Tuesday, July 6th 7:00am MDT / 1400 BST: Workshop featuring DHO’s SPINDLE2 multi-color, multi-modal two-channel module
Wednesday, July 7th 9:45am MDT / 1645 BST: Poster Presentation, “Engineered Point Spread Functions Enable Axial Super-Resolution in Single Molecule Imaging and Single Particle Tracking”
Also visit our conference booth to set up 1-on-1 meetings to discuss your imaging challenges.
Thank you for your submission!
3D Tracking in Interface-Rich Environments
March 17, 2021
Prof. Dan Schwartz presents his work using 3D DH-PSF tracking to study the dynamic behavior of 10,000’s of molecules in confined environments, such as at interfaces and within porous materials. This work has lead to validating long-time theories on the behavior of molecules at solid-liquid interfaces.
ABRF 2021 Annual Meeting
March 11, 2021
Dr. Anurag Agrawal will present “Extended Depth 3D Whole Cell and Super-resolution Imaging using Engineered Point Spread Functions” at the Association of Biomolecular Resource Facilities (ABRF). This presentation will be held between 3-4pm EST, during the New Technologies Breakout Session.
Double Helix’s Virtual Booth
The Conference may have ended but you can still visit our booth! Contact us so we can discuss how you can get more information out of your imaging system.
Advanced Techniques: Deep Learning with DHO’s ePSF Technology
Professor Yoav Shechtman from Technion Israel Institute of Technology describes how deep learning, in combination with PSF engineering, enables unprecedented capabilities in super-resolution microscopy. Additionally, Professor Shechtman presents his recent work on combining PSF engineering with imaging flow cytometry.
Advanced Techniques: Holographic control of brain circuits
Principal Investigator and Research Director, Dr. Valentina Emiliani of Institut of Vision presents work using holography with engineered phase masks for deep study of the brain and its circuitry.
Advanced Techniques: 3D super-resolution light sheet microscopy with DHO e-PSF
Principal Investigator, Dr. Anna-Karin Gustavsson of Rice University presents work combining light sheet microscopy with super-resolution single molecule localization microscopy using DHO’s engineered-PSF technology.
Webinar Series: Double Helix’s E-PSF technology for the investigation of polymer structures
Professor of Spectroscopy and Condensed Matter, Dominik Wöll, RTWH Aachen University, will present work from his lab characterizing microgels in 3D and why they selected Double Helix Optics over alternatives for precision, and light efficiency.
DHO Light Engineering for 3D single molecule tracking
Watch the webinar
Precision 3D single molecule tracking up to 20 µm per image. Follow your sample across multiple planes to measure diffusion rates, track inter- and intra-cellular dynamics, and more. For life science, material science, energy research, and beyond. All with a simple upgrade to your existing microscope.
3D Imaging with DHO Light Engineering
Watch the webinar
Learn about 3D Imaging with DHO Light Engineering and our SPINDLE® and SPINDLE2 3D imaging modules for 3D super-resolution and 3D particle tracking. Offering unrivaled depth with precision, see how the SPINDLE product family can be matched to your experimental needs.
