The Allen Brain Atlas is an incredibly powerful tool for neuroscience research, enabling researchers to discuss their findings in a...
We use deep learning models to accurately detect and quantify diverse cell types from light sheet data. For neuroscience studies, automated mouse and rat brain atlas registration gives you access to in-depth regional information.
Our analysis methods are optimized for LifeCanvas-quality light sheet datasets, providing detailed and precise insights for many downstream applications. Leverage quantitative analyses from per-region cell counts and signal intensity to co-localization.
You don’t have to be a computer scientist or expert neuroanatomist to produce a well-aligned dataset. We provide automated alignment to mouse and rat brain atlases, enabling precise cell counts and fluorescence localization measurements.
We can generate accurate cell counts and fluorescence intensity outputs for highly granular brain regions, enabling multi-sample statistical significance testing. Download heat maps directly from our DataCanvas portal, ready to be embedded into your next grant submission, presentation, or publication.
Machine learning algorithms provide reliable cell detection for a variety of applications, including:
The Allen Brain Atlas is an incredibly powerful tool for neuroscience research, enabling researchers to discuss their findings in a...
Dr. Michelle Bedenbaugh uses SmartSPIM microscopy and SmartAnalytics to visualize and quantify MC3R circuitry in whole mouse brains.
Ph.D. candidate Kaitlyn Dorst uses LifeCanvas CRO services to investigate the underpinnings of fear memories in mice.
LifeCanvas' SmartSPIM light sheet microscope rapidly acquires high-resolution images from whole tissue samples.