#ExpertAnswers: Konrad Juczewski and Mary Ann Go on Place Cell Mapping and Stress Monitoring
Dr. Konrad Juczewski from the National Institute on Alcohol Abuse and Alcoholism and Dr. Mary Ann Go from Imperial College London answer questions from a webinar where they present data on 2-photon imaging of hippocampal place cells and on stress monitoring in head-fixed, awake and behaving mice.
For more information or to watch the webinar, click here.
Associated Webinar: Place Cell Mapping and Stress Monitoring in Head-Fixed Mice Navigating an Air-Lifted Homecage
Industry Insights with Trent Lund on the ANY-maze Operant Interface
Trent Lund shares the latest and greatest developments in the ANY-maze Operant Interface, and gives us insight on how Stoelting has created the most inclusive line of neuroscience equipment in the industry.
#ExpertAnswers: Michael Long and Kari Hoffman on Electrophysiology
Michael Long and Kari Hoffman investigate the neural mechanisms of learning, memory, and behavior using high-density silicon probes from Diagnostic Biochips in small and large animals.
#ExpertAnswers: Jason Rogers and De Wet Wolmarans on Rodent Behavior Models
Jason Rogers and De Wet Wolmarans discuss two research protocols for tracking, quantifying, and analyzing behaviors in rodent models.
Towards Automated Spikesorting using Artificial Intelligence on a Cloud-Based Platform
In this webinar, Dr. Fan Wu and Lidor Spivak discuss the use of artificial intelligence to automate electrophysiological data analysis, including a new cloud-based software platform.
The ANY-maze Operant Interface: Running Operant Experiments Using ANY-maze
Trent Lund, PhD, and Flavia Teixeira Silva, PhD, provide an introduction to the ANY-maze Operant Interface as well as a demonstration of the capabilities of the system to perform behavioral experiments.
Using High-Density Electrophysiological Recordings to Investigate Neural Mechanisms in Small and Large Animals
Join Drs. Michael Long and Kari Hoffman as they present their work investigating the neural mechanisms of learning, memory, and behavior using high-density silicon probes in small and large animals.