 Expanded Optogenetics Line
Nine headstages are now available for optogenetic studies in either tethered mice or rats. Most combinations of sleep, seizure, biosensor and optical stimulation can now be easily studied. Seven different wavelength LED probes are available which are compatible with most opsins... Read more >>
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 FSCV Preprogrammed and Custom Waveforms
We have added preprogrammed and custom waveform capabilities to our FSCV system. Preprogrammed waveforms can be simply implemented using Pinnacle’s FSCV software for the optimized detection of a variety of analytes including dopamine, norepinephrine, serotonin, and adenosine. Custom waveforms can be easily... Read more >>
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 Visit us at SfN and AES
Neuroscience is just a few weeks away and we can’t wait to see you in San Diego! Senior company management and our engineers and scientists will be staffing Booth 2721 to answer your questions. We are introducing substantial expansions to our Optogenetics and Fast Scan Cyclic Voltammetry System product lines and... Read more >>
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 Congratulations to Our FENS Passport Winner
Congratulations to Cristina Sanchez-Puelles Penarand, Ph.D. candidate from Universidad Autónoma de Madrid, for winning our FENS booth prize! She is pictured on the right standing next to her friend, Yolanda Gutierrez Gonzalo. We love participating in the FENS conference passport. .. Read more >> |
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 Holiday Sensor Shipping Schedule
With two major holidays approaching, we wanted to let you know how our shipping schedule for biosensors and carbon fiber sensors will be affected. We appreciate your understanding and hope this allows you to plan accordingly... Read more >>
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 Meet Our New Technical Sales Consultant
“No one says, at age six, ‘I’m going to be a bioanalytical chemist’” according to Sam Kaplan, the newest member of Pinnacle’s sales team, when asked how he became interested in neuroscience. “I wanted to be an astronaut.” Read more >>
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 Surgery Tip
Our new combination cannula and depth electrode for rats and mice (8425-RFF, 8425-M) is designed for simple implantation and close placement of the optogenetic stimulus and depth electrode. During implantation, make sure to enlarge the skull hole sufficiently to accommodate the additional diameter added by the depth electrode. We recommend a hole diameter of at least 1.25 mm. The 8425-RFF rat depth electrode plus cannula is constructed using a friction-fit guide cannula that can be placed within 3 mm of our other friction fit cannulas.
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