Shay Neufeld
About Shay Neufeld
Shay Neufeld is a Director of Data Products and Analytics who has hosted and participated in several webinars focused on neuroscience research technologies in 2024.
Shay Neufeld - Director, Data Products and Analytics
Shay Neufeld currently holds the position of Director, Data Products and Analytics. Shay oversees data-driven initiatives and analytics projects, focusing on developing and optimizing data products that drive insights and support strategic decision-making within the organization. His experience reflects a deep understanding of data management and analytical techniques, making him a key player in the field of data and analytics.
Explore Neural Circuits with Quartet Webinar
Shay Neufeld is scheduled to host a webinar titled 'Explore Neural Circuits with Quartet: An Innovative Multi-Region Miniscope to Capture Diverse Calcium Dynamics in Free Behavior' on April 2, 2024. This webinar will delve into the innovative use of the Quartet system to study neural circuits across multiple brain regions. Participants will learn about the versatility of this approach in capturing diverse calcium dynamics during free behavior.
IDEAS Platform Webinar by Shay Neufeld
On March 13, 2024, Shay Neufeld hosted a webinar titled 'IDEAS Platform: Empowering researchers to manage and analyze neuroscience research data at scale.' This session focused on demonstrating the capabilities of the IDEAS platform, which is designed to help researchers efficiently manage and analyze large-scale neuroscience data. The webinar provided insights into how the platform facilitates advanced data management and supports comprehensive data analysis efforts.
Long-term, Multicolor Spinal Cord Neural Imaging Webinar
Shay Neufeld participated in the webinar 'Long-term, multicolor spinal cord neural imaging in freely moving animals' on February 13, 2024. This webinar explored advancements in neural imaging techniques, specifically focusing on the ability to perform long-term and multicolor imaging in the spinal cord of freely moving animals. The discussion included the implications of these techniques for neuroscience research and potential applications in studying neural dynamics.