Scientifica Multiphoton Galvo System
For in vivo and in vitro imaging with the greatest flexibility, look no further than the award-winning Multiphoton Galvo System.
Available in a variety of configurations, this multiphoton imaging system enables you to perform deep two-photon and three-photon fluorescence imaging, and fluorescence lifetime imaging (FLIM). You can easily adjust scanning speeds and patterns to suit your individual application, making this flexible system ideal for a variety of imaging experiments.
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Configurable to suit your needs
The Scientifica Multiphoton Galvo System is available for large or small back aperture objectives, the SliceScope or VivoScope frame and a range of detection modules including Chromoflex, FLIM, MDU and MDU XL.

Layer V pyramidal cells in the visual cortex, 2 month old Thyl-eGFP mouse (Jax 7788) using LUMPFLN40x courtesy of: Kate Smith - Feinberg School of Medicine, Northwestern University Javi Munoz-Cuevas - Gallo Research Center, UCSF
Applications
The versatile Multiphoton Galvo System enables you to perform the following experiments, both in vivo and in vitro:
- Two-photon imaging
- Three-photon imaging
- Second harmonic generation
- Fluorescence lifetime imaging
Example data
Take a look at the outstanding data that can be captured using Scientifica's Multiphoton Galvo System.

In vivo microglial cells, tagged with GFP, in the cortex of 3 month old mouse. Courtesy of the Long-Jun Wu lab at Rutgers University.

Fluorescent reporter expressed in cerebellar Purkinje cells following a zebrin-like pattern (Credit: Kevin Dorgans/Isope Lab - Institute of Cellular and Integrative Neurosciences)

Photo credit: Dr Jason Jacoby, Schwartz Lab, Northwestern University

Two-photon images taken in 300µm thick striatum slices in 90 days old mice. Red cells are expressing tdTomato under the control of the D1 receptor promoter. Photo credit: Dr Olivier Manzoni, INMED
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