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Nuclear pore complex imaging using adaptive optics

Nuclear pore complex imaging using adaptive optics

The group of Siegfried Musser from Texas AM University recently published an article in Nature Cell Biology where they used a MIRAO 52E deformable mirror to perform nuclear pore complex imaging using adaptive optics in super resolution. Super resolution...

Adaptive Optics Light-Sheet Microscopy for functional Neuroimaging

Adaptive Optics Light-Sheet Microscopy for functional Neuroimaging

Watch or rewatch the presentation given by Antoine Hubert (Imagine Optic and ESPCI) at the European Conference on Biomedical Optics (ECBO) on June 21st. Antoine presents his latest results on an Extended-Scene Shack-Hartmann wavefront sensing-based adaptive optics...

WaveSuite goes full 64 bits: 3x processing speed, no-limit RAM & M2

WaveSuite goes full 64 bits: 3x processing speed, no-limit RAM & M2

WaveSuite 4.3 optical metrology and adaptive optics software completes the full transition to 64-bit compilation and overhauls previous limitations in RAM management and processing speed linked to 32-bit architecture legacy. This version of WaveSuite is a landmark for...

EPFL choses MICAO 3DSR for best axial localization in microscopy

EPFL choses MICAO 3DSR for best axial localization in microscopy

A MicAO 3DSR adaptive optics system has recently been installed in the laboratory of Pablo Rivera Fuentes at École Polytechnique Fédérale de Lausanne (EPFL). Pablo chose the system because it provides the best axial localization precision due to astigmatic PSF induced...

Breakthrough in wavefront sensing for microscopy

Breakthrough in wavefront sensing for microscopy

GCaMP7 labelled neurons of the live, adult drosophila brain at 45µm depth, imaged with fast, closed-loop adaptive optics (AO) on a Light-Sheet microscope, using our new direct wavefront sensing for microscopy approach - not requiring any guide star. All this has been...

A brief history of Imagine Optic” #2: H-Line wavefront sensors

A brief history of Imagine Optic” #2: H-Line wavefront sensors

A brief history of Imagine Optic - Episode 2 Founded in December 1996 by the pair of Samuel Bucourt and Xavier Levecq, Imagine Optic is a pioneer in the manufacturing of optical metrology instruments and systems based on the Shack Hartmann wavefront measurement...

Z-range extension with complex PSF in 3D SMLM using Adaptive Optics

Z-range extension with complex PSF in 3D SMLM using Adaptive Optics

Photoactivation localization microscopy (PALM) and stochastic optical reconstruction microscopy (STORM) enable localization of fluorescent molecules with nanometric resolution. In these super resolution microscopy methods the positions of molecules are obtained by...

New generation phase sensing and imaging: the MaxPhase project

New generation phase sensing and imaging: the MaxPhase project

Newly funded MaxPhase project will enable high-resolution, multiplexed phase sensing for metrology, laser characterization and non-invasive cell imaging. Phase measurement has been well established for decades as a valuable method in optical metrology and adaptive...

Adaptive Optics for Lattice Light Sheet microscopy – BIPSA 2020

Adaptive Optics for Lattice Light Sheet microscopy – BIPSA 2020

The 2020 edition of BIPSA conference (Excellence Network in Bioimaging and Health in Nouvelle Aquitaine) will be held November 9-10th as part of the ViV HEALTECH forum. This full day of conference will be dedicated to biological imaging in the morning and to medical...