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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 for the study of whole mammalian cells including imaging of the primary cilium and the glycocalyx. Prior to Dr. Gustavsson’s talk, Dr. Anurag Agrawal of DHO introduces the company’s engineered point spread function […]
After an introduction to the DHO engineered point spread function technology by Dr. Anurag Agrawal, principle optics engineer at Double Helix Optics, 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 […]
Double Helix Optics announces e-PSF Advanced Techniques Webinar Series. Double Helix Optics’ engineered Point Spread Function (e-PSF) technology brings unprecedented depth and precision to nanoscale 3D imaging and 3D tracking. Scientists around the world have been pushing the boundaries of discovery with our e-PSF technology. In this series, leading researchers will present their latest work on […]
Dr. Anurag Agrawal, principal optical scientist, and Scott Gaumer, director of life sciences at Double Helix Optics present 3D single molecule tracking. Precision 3D tracking up to 20 µm, to follow a sample in x, y, and z and measure diffusion rates, track cellular dynamics, and more. For life science, material science, energy research, and beyond.
"TILT3D enables low-background, 3D super-localization of single molecules on the surface of a cell as well as 3D super-resolution imaging inside of the cell. The TILT3D setup enabled the researchers to image and reconstruct structures throughout whole mammalian cells including mitochondria within the cell as well as the full nuclear lamina."