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Inscopix researchers to deliver oral presentation describing first use of technology in rhesus macaque
Product launches include innovative software, streamlined workflow solutions and expanded applications for animal models
Inscopix announced today that the company’s miniature microscope-based brain mapping platform was used to empower at least 60 presentations at the 49th annual meeting of the Society for Neuroscience (SfN), held October 19-23 in Chicago. The company will also unveil product updates at Inscopix’s booth #507.
“We are honored to have played a role in enabling 60 scientific presentations this year at SfN, a new milestone since our commercial launch at the 2012 SfN meeting in New Orleans,” said Kunal Ghosh, Ph.D., founder and CEO of Inscopix. “While most of these presentations are based on rodent models, we will introduce our first study in the rhesus macaque, expanding our platform to non-human primates. We will also launch new software and workflow products that unlock the increasing functionality and efficiency of our brain-mapping platform. These innovations will allow brain researchers across the spectrum to catalyze new breakthroughs with speed and scientific rigor.”
Innovative New Products for Brain Mapping
Inscopix will introduce innovative new products at SfN which offer groundbreaking features, greatly streamline the workflow, expand applications for diverse animal models and facilitate integration with other brain mapping modalities. Innovative new software features will enable researchers to map neuronal activity in multiple planes simultaneously, thereby dramatically increasing the number of cells that can be imaged in a brain structure. Other software innovations include data compression to greatly decrease time of transfer, which enables labs to efficiently increase the scale of their studies and streamline projects.
To streamline the workflow, Inscopix is launching an expanded portfolio of its Proview™ Express Probes and Proview™ Integrated Lenses to remove workflow steps and significantly reduce the time to imaging. Expansion of animal model solutions include new Ready-to-Image Viruses for rat and new protocols for marmoset, a non-human primate model. Data will also be presented highlighting co-registration of confocal imaging with Inscopix technology for two-color imaging in freely behaving animals.
Four abstracts will be presented by Inscopix scientists, including one oral presentation describing the use of its nVoke product to observe deep layers of premotor cortex activity during naturalistic motor behavior in rhesus macaques. Inscopix will provide details of additional abstracts throughout the annual meeting via its corporate Twitter account (@Inscopix).
Presentations by Inscopix:
Meeting attendees can visit Inscopix booth #507, or email firstname.lastname@example.org to schedule an overview with a member of the company.
nVoke is Inscopix’s state-of-the-art miniature microscope-based solution for simultaneous imaging and manipulation of large-scale neural circuit dynamics in freely behaving subjects. With nVoke, researchers at leading research institutions worldwide are pushing the frontiers of neuroscience and asking entirely new questions about how neural circuits shape cognition and behavior in health and disease. For more information, please visit: https://www.inscopix.com/nVoke.
About Inscopix, Inc.
Inscopix empowers the development of next-generation therapeutics for difficult-to-treat brain disorders by enabling innovative research and predictive preclinical therapeutic development. Driven by a North Star of overcoming historic challenges in the field, Inscopix provides validated solutions for real-time mapping of neural activity in brain circuits. These objective, quantitative and in-brain assays are catalyzing unprecedented insights into disease mechanisms and have been shown to be more accurate at predicting clinical efficacy than animal behavior when testing a therapeutic candidate’s capacity to bring the brain back to a normal state. Inscopix’s partner and customer discoveries help decode the brain, inform deeper understanding of mechanisms of action and enable the screening of drugs based on efficacy. For more information, please visit http://www.inscopix.com.
Inscopix Media Contact
Senior Vice President, Canale Communications
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