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NEUROTAR flyer 11 16 16 NO BLEED - Sutter Instrument · Title: NEUROTAR flyer 11_16_16 NO...

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® One Digital Drive Novato CA 94949 Phone 415.883.0128 Fax 415.883.0572 Web www.sutter.com Email [email protected] In Vivo Deep Brain Imaging with Sutter MOM ® and Neurotar Mobile HomeCage Early solutions for immobilizing the head of an awake rodent gave rise to break-through research.* With those experiments in mind, Neurotar has designed this platform to be flexible across a range of experimental methods and very easy to setup and use. Fortunately, this system is now commercially available to perform these complex experiments in any lab. LIVE DEEP BRAIN IMAGING WITH SUTTER AND NEUROTAR Combined with the Sutter Movable Objective Microscope, the Neurotar Mobile HomeCage enables two-photon imaging studies in live, head-fixed animals without the use of anesthetics. The specimen is held with stable, firm micron-precision fixation under the objective. The Sutter MOM ® is the only two photon microscope with enough extension to accommodate the Mobile HomeCage Large. *Selected key references: Kislin. M. et al (2014) JoVE, PMID: 24998224 Dombeck et al/Tank (2007) Neuron, PMID: 17920014 Nimmerjahn et al (2009) Neuron, PMID: 19447095 Gentet et al/Petersen (2010) Neuron, PMID: 20159454 For further info, please contact Sutter Instrument at (415) 883-0128, or by email at [email protected]. 11-2016 MADE IN USA Sutter MOM ® Movable Objective Microscope shown with the Neurotar Mobile HomeCage Large NEW! Sutter's Movable Objective Microscope ® easily accommodates the Neurotar Mobile HomeCage and Mobile HomeCage Large. This system provides a real, tangible and familiar environment that the animal can explore and navigate during in vivo recordings while deep laser scanning imaging with two-photon excitation. Optical and electrical recordings performed in live rodents have revolutionized brain research. However, the use of general anesthetics strongly affects the brain function and greatly limits the relevance of in vivo experiments.
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Page 1: NEUROTAR flyer 11 16 16 NO BLEED - Sutter Instrument · Title: NEUROTAR flyer 11_16_16 NO BLEED.indd Created Date: 11/16/2016 1:24:44 PM

®

One Digital Drive • Novato • CA 94949 • Phone 415.883.0128 Fax 415.883.0572 • Web www.sutter.com • Email [email protected]

In Vivo Deep Brain Imaging with Sutter MOM® and Neurotar Mobile HomeCage™

Early solutions for immobilizing the head of an awake rodent gave rise to break-through research.* With those experiments in mind, Neurotar has designed this platform to be flexible across a range of experimental methods and very easy to setup and use. Fortunately, this system is now commercially available to perform these complex experiments in any lab.

LIVE DEEP BRAIN IMAGING WITH SUTTER AND NEUROTAR

Combined with the Sutter Movable Objective Microscope, the Neurotar Mobile HomeCage enables two-photon imaging studies in live, head-fixed animals without the use of anesthetics. The specimen is held with stable, firm micron-precision fixation under the objective. The Sutter MOM® is the only two photon microscope with enough extension to accommodate the Mobile HomeCage Large.

*Selected key references:

Kislin. M. et al (2014) JoVE, PMID: 24998224Dombeck et al/Tank (2007) Neuron, PMID: 17920014Nimmerjahn et al (2009) Neuron, PMID: 19447095Gentet et al/Petersen (2010) Neuron, PMID: 20159454

For further info, please contact Sutter Instrument at (415) 883-0128, or by email at [email protected].

11-2016 MADE IN USA

Sutter MOM® Movable Objective Microscope shown with the Neurotar Mobile HomeCage™ Large

NEW!

Sutter's Movable Objective Microscope® easily accommodates the Neurotar Mobile HomeCage™ and Mobile HomeCage Large. This system provides a real, tangible and familiar environment that the animal can explore and navigate during in vivo recordings while deep laser scanning imaging with two-photon excitation.

Optical and electrical recordings performed in live rodents have revolutionized brain research. However, the use of general anesthetics strongly affects the brain function and greatly limits the relevance of in vivo experiments.

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