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Our Suite of Bespoke Instruments

Meet our cutting-edge custom microscopes. Each one is regularly tailored to adapt to a range of new and exciting research problems and samples.​​

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Scanned Oblique-Plane Illumination Light-Sheet

High-speed multichannel volumetric imaging, accommodates a wide range of sample types. 

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Field of view: 300 um x 150 um  x 75 um*

Lateral Resolution: 700 nm 

Ideal for: Cells in 2-D and 3-D culture, live tissue slice cultures, organoids, plant leaves, small organisms (e.g., worms, syncytial slime molds)

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*sample-dependent

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Deep-UV Autofluorescence

Surface imaging of various biological samples using deep-ultraviolet excitation, without needing chemical stains

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Field of view: 650 um x 650 um

Wavelengths: 285 nm

Lateral Resolution: 700 nm 

Ideal for: Fresh (unfixed) biopsies, fresh whole-mounted small organs, live tissue slice cultures, plant samples

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Reconfigurable Wide-Field

Extremely flexible, multi-color, high-speed wide-field imaging platform tailored for a variety of applications, from intravital neural stimulation to traumatic brain injury studies. Regularly reconfigured to suit specific experimental needs.

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Field of view: 400 um x 400 um

Lateral Resolution: 320 nm​

Wavelengths: 488, 561, 647 nm

Ideal for: Rapid prototyping & custom-tailoring for highly sample-specific applications

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Lattice Light-Sheet

High-speed multichannel volumetric imaging at high resolution.

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Field of view: 100 um x 100 um (variable)

Lateral Resolution: 280 nm 

Axial Resolution: 370 nm

Ideal for: Cells in 2-D culture, subcellular organelles and other dynamic events in living cells

High-Resolution Oblique-Plane Light-Sheet

High-speed multichannel volumetric imaging at high resolution​; this instrument is under active development as part of a future generation imaging platform!

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Ideal for: Cells in 2-D culture, subcellular organelles and other dynamic events in living cells

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The Vanderbilt Visitor's Imaging Program and Widening the Lens microscopy education program are made possible by the Chan Zuckerberg Initiative and Vanderbilt University.

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