LIFE SCIENCES & BIOIMAGING
Clearer imaging and better resolution through wavefront measurement & corrected aberrations
Neuroscience
Watch brain structures and activity with better clarity. Coupled with multiphoton microscopy for example, AO improves imaging through dense cortical tissue, revealing neuronal activity and connectivity deep within brain tissue.
Developmental biology
Compensate for the optical aberrations of embryos in light-sheet microscopy and follow cell growth, migration, and differentiation over time with higher resolution.
Drug development
Correct aberrations induced by cells, segment better and make more accurate observations of how treatments affect morphology, activity, and viability, providing more reliable data for drug discovery and toxicity testing.
Cell Biology
Reshape PSF by combining your super resolution set-up with AO and get better illumination to explore the nanoscale organization of organelles and protein complexes, even deep inside crowded cellular environments.
Immunology
Observe with better definition how T cells, macrophages, and other immune cells move, interact, and communicate at various scales.
Implementations
| + STED microscopy + PALM/STORM and SPT microscopy + Multiphoton microscopy |
+ SPIM & light sheet microscopy + Confocal & spinning disk microscopy + Multimodal imaging OCT & retinal imaging |


