Multi-region Calcium Imaging in Freely‑behaving Animals
Discover the comprehensive applications of the Quartet system
Watch this on-demand webinar to learn about the importance of simultaneous calcium imaging and behavioral testing for neuroscience experiments. Attendees are introduced to the Quartet system and its experimental workflow for imaging 4 brain areas and the spinal cord in freely-behaving mice.
Webinar Abstract
During this on-demand webinar, the Bruker team demonstrates how to simultaneously image calcium in up to 4 brain areas of freely-behaving mice to map out neuronal circuits and identify changes that take place under different disease conditions and during different behavioral tasks.
Topics covered include:
- Need for multi-region brain recording and imaging in neuroscience behavior experiments
- Introduction to the Quartet® and experimental workflow for multi‑region imaging
- Imaging Analyzer data collection software capabilities
- Experimental paradigms for simultaneous calcium imaging and behavioral testing
Find out more about the technology featured in this webinar or our other solutions for light-sheet microscopy:
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Speaker(s)
Roshni Christo, Ph.D., Senior Application Scientist, Bruker
Dr. Christo a Bruker Field Application Scientist, has 10+ years of neuroscience research experience. She completed her postdoctoral research at Baylor College of Medicine, Texas. Dr. Christo was instrumental in designing fluorescent constructs to tag dendritic spines undergoing plasticity and her research focused on neurodegenerative diseases using molecular techniques and in vivo imaging.
Yeseul Lee, Ph.D., Senior Application Scientist, Bruker
Dr. Lee also a recent member of the Bruker Field Application Scientist team. She has 10+ years of neuroscience research experience and obtained her Ph.D. in physiology, pharmacology and neuroscience from the University of Bristol, UK. She completed her postdoctoral training from Mount Sinai Hospital, in Toronto. Most recently her research focused on restoring cognitive impairments and memory deficits found in neurological disorders including PTSD, anxiety disorder, and autism.