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Studying brain function with Super-Resolution Microscopy

Studying brain function with Super-Resolution Microscopy

by mpiveteau@imagine-optic.com | Jul 18, 2024 | News, Super resolution

Back to news page Studying brain function with Super-Resolution Microscopy published on Advancing synaptic imaging: the Blanpied Lab’s approach Understanding brain function, particularly at the level of neuronal synapses, is a complex and crucial endeavor in...
Adaptive optics enhances image quality in white-light confocal microscopy

Adaptive optics enhances image quality in white-light confocal microscopy

by mpiveteau@imagine-optic.com | May 22, 2024 | News, Super resolution

Back to news page Adaptive optics enhances image quality in white-light confocal microscopy published on Addressing aberrations in high-resolution microscopy In the paper published in Journal of Microscopy, researchers from Oxford’s adaptive optics group, led by...
Case study: revealing secrets of Nuclear Pore Complex (NPC) disassembly during cellular mitosis thanks to SMLM & AO combination

Case study: revealing secrets of Nuclear Pore Complex (NPC) disassembly during cellular mitosis thanks to SMLM & AO combination

by mpiveteau@imagine-optic.com | Oct 10, 2023 | News, Super resolution

Back to news page Case study: revealing secrets of Nuclear Pore Complex (NPC) disassembly during cellular mitosis thanks to SMLM & AO combination published on In their quest to better understand the disassembly of NPCs during mitosis, the team of Prof. Ulrike...
Variable astigmatism allows fine-tuning the 3D localization precision in PALM/STORM

Variable astigmatism allows fine-tuning the 3D localization precision in PALM/STORM

by admin3535 | May 9, 2023 | News, Super resolution

Back to news page Variable astigmatism allows fine-tuning the 3D localization precision in PALM/STORM published on One of the interests of Siegfried Musser group from Texas AM University is to study molecular transport via Nuclear Pore Complexes (NPCs) across the...

Articles récents

  • Increasing the speed of sensorless Adaptive Optics: phase diversity applied to fluorescence microscopy
  • Adaptive Optics enables deep imaging in 2-photon super-resolution structured illumination microscopy
  • Studying brain function with Super-Resolution Microscopy
  • Adaptive optics enhances image quality in white-light confocal microscopy
  • Boosting Neuroimaging: The Synergy of Adaptive Optics and Light-Sheet Fluorescence Microscopy

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