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Confocal Imaging Workshop Series: Featuring the ZIVA Light Engine + Yokogawa CSU — Reserve Your Spot!

Resources

Lumencor Light Engines for Microscopy at VT’s Neuroscience Centers

Willamette Lab University

Oregon’s Willamette University Graduate-Level Research by Undergraduates, using Lumencor Light Engines

White Paper: Laser Light Engine Output Stability

Case Study: Solid-State Illumination - Light Engines for Photoresponsivity Characterization

Case Study: Massively Multiplexed Single-Molecule Imaging Using Lumencor’s CELESTA Light Engine

Glia and neurons

Case Study: Solid-State Illumination for All-Optical Electrophysiology

Dry photooxidation (DPO) and water-accelerated photooxidation (WPO) pathways generating hydroperoxyl radical, superoxide radical and hydroxyl ion reactive oxygen species that give rise to halide perovskite decomposition.

Analysis of Halide Perovskite Degradation using Lumencor’s RETRA Light Engine

Algae bloom at Lake Betz, NC

Imaging Algae for Water Quality with SOLA Light Engine

Simultaneous Visualization of 16 DNA Loci in Single Cells using the SPECTRA Light Engine

Overlaid spectral output curves for 28 individual SOLA V-nIR Light Engines (Lumencor, Inc., Beaverton OR). The total light output from the Light Engine is quantified by the area enclosed by the spectral output curve. Mean output power for all 28 Light Engines was determined to be 4558 mW, with a standard deviation (n= 28) of 91 mW, equating to a 2% coefficient of variance (CV).

White Paper: Spectral, Spatial and Temporal Optimization of Solid-State Light Engine Output

Case Study: 3D High-Content Imaging with the CELESTA Light Engine

More CELESTA and ZIVA Lasers for More Applications

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View Our Application Bibliography

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