With powerful end-to-end solutions for intact tissue spatial biology, LifeCanvas is transforming biomedical research, drug discovery, personalized medicine, and disease diagnoses.
From neuroscience to oncology, whole organs to organoids, LifeCanvas offers a unique end-to-end pipeline tailor-made for your research application. Our automated tools and proprietary technologies will streamline your workflow and improve your data outputs with unprecedented speed, accuracy, depth, and cost-effectiveness. We partner with you to obtain unbiased data that will drive your studies forward and enable breakthrough discoveries.
Safeguard endogenous fluorescence, protein antigenicity, nucleic acids, and overall tissue architecture against physical and chemical stressors with our SHIELD system.
Safely, effectively, and rapidly delipidate samples to allow maximum light penetration during imaging with our Clear+ technique and SmartBatch+ automated batch-tissue processing system.
Uniformly batch-stain whole organs from surface to core in as little as 1-2 days using just 4-20 μg of antibody per target with our SmartBatch+ automated batch-tissue processing system.
Rapidly acquire high-resolution 3D image datasets of a variety of intact tissues and leverage our post-processing solutions with the SmartSPIM and MegaSPIM light sheet imaging systems.
Precisely, uniformly, and rapidly slice a large range of sample sizes and types with Megatome's innovative blade vibration amplification and deflection control technologies.
Take in-house control of 3D image analysis, including AI-powered cell detection models and Allen Brain Atlas registration, with SmartAnalytics – no coding required.
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.
Dr. Rafael Perez leverages LifeCanvas CRO services to study the neurological effects of environmental context on opioid tolerance.
Dr. Emily Newman uses LifeCanvas' c-FOS mapping services to study the underpinnings of aggressive behavior in female mice.
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