Clever Sys is excited to announce the first publication that uses our LadderScan motor learning system. In this paper by Wang et al. (Link), the LadderScan system was able to show in autism studies how prenatal mice that were exposed to valproic acid had impaired motor learning, while other approaches were not able to show […]
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Frictionless TreadScan Automated Systems
Frictionless TreadScan is the latest addition to our product line for motor function, and it is also the newest for measuring gait and neuro-function simultaneously on a head-fixed animal. The frictionless TreadScan is a fully automated test for detecting coordinated neuro-activities while the animal walking is on a frictionless treadmill with its head fixed. The […]
RFID‐Assisted SocialScan
Radio Frequency Identification (RFID) systems use radio frequency to identify, locate and track people, assets and animals. RFID‐assist has been successfully added to Clever Sys Behavior Recognition products to enhance our lab animal behavior analysis system functionality, performance, and reliability. RFID‐ Assisted SocialScan is first such application. SocialScan is a member of our SocialScan Suite […]
Optogenetics and Fiber Photometry
Optogenetics and fiber photometry are neuro-modulation technologies in neuroscience that utilizes a combination of light and genetics to control and monitor neurons in vivo. Clever Sys Inc., programs can be synchronized with optogenetic actuators and sensors and fiber photometry devices allowing for acquisition of behavioral data during experiments. Any of our software programs can be […]
AquaScan
Clever Sys offers a highly versatile and customizable range of software options for the analysis of Zebrafish (Danio rerio) behavior in both adults and larvae. AquaScan provides single/Multiple organisms tracking along with TTL control for stimulus delivery. Behavior can be analyzed for single organism, multiple fish, or for groups, like fish activities, animal traces, shoaling […]
Human Monitoring with Clever Sys Products
Dr. Mark Geyer and a team of researchers have utilized the Behavioral Pattern Monitor (BPM) concept previously used with mice, to analyze human behavioral patterns. Using Clever Sys’ TopScan program, researchers were able to demonstrate different BPMs in bipolar and schizophrenia patients as compared to controls, and further classified differences in exploration and motor activity between bipolar patients as compared to schizophrenia patients.
Article Published
CSI’s Behavioral Scientists published an article discussing how comprehensive research studies are becoming the norm, and how having a neurobehavioral core can facilitate this type of research. Read the complete article. Harvard NeuroDiscovery Center is the latest Institute establishing a Behavioral Core. Mouse NeuroBehavior Core.
Behavioral Recognition Workshops Scheduled
CSI will host their first Behavioral Recognition Workshops, conveniently scheduled around the Society For Neuroscience’s Annual Meeting (Please note, these workshops are not sponsored by, nor affiliated with, Society for Neuroscience). In an effort to assist our International clients, we will award 2 “Fee Waiver Awards” to assist with the costs associated with attendance. Please […]
Clever Sys, Inc. Installs Behavioral Recognition Software at Vanderbilt’s Neurobehavioral Core Facility
Vanderbilt Medical Center opened the doors of its new testing facility, Vanderbilt Laboratory for Neurobehavior, on January 15, 2009. The 9,000 square foot facility is devoted to the understanding and treatment of common brain diseases including autism, ADHD, and Alzheimer’s just to name a few. Behavioral recognition systems installed by CSI will allow researchers to […]
TopScan and SocialScan on Voles
Dr. Larry Young from the Center for Behavioral Neuroscience has been using CSI’s TopScan and SocialScan programs to perform research on Voles. The prairie vole is a highly social creature and pair bonds for life. Dr. Young uses this animal model to study the influence of genes and environment on the neurobiological basis of social […]