Lewis Center for Neuroimaging (LCNI)
Access cutting-edge neuroimaging technology through UO's premier MRI facility. The Lewis Center for Neuroimaging (LCNI) operates dual Siemens 3T systems supporting sophisticated imaging protocols for neuroscience, cognitive science, and biological imaging applications. State-of-the-Art Infrastructure Our facility features Siemens Skyra and Prisma scanners — among the most powerful MRI systems in the region. These research-dedicated platforms provide capabilities unavailable on clinical systems.
Why Industry Leaders Choose LCNI
Specialized Capabilities
- High-resolution neuroimaging: Structural and functional brain imaging with research-grade precision
- Multinuclear spectroscopy: Detection of magnetic resonance signals beyond standard hydrogen imaging
- Custom MR coil fabrication: In-house design and construction for specialized imaging applications
- Parallel RF transmission: Enhanced image quality and selective excitation for complex protocols
Expert Support
- Research MRI technologist: Dedicated technical support for complex imaging protocols
- Physics consultation: Guidance on acquisition optimization and coil design
- Protocol development: Custom imaging sequences tailored to research objectives
- Multi-site coordination: Standardized protocols compatible with other Prisma installations
Research Applications
- Cognitive neuroscience: Brain function studies, memory research, and cognitive development
- Clinical studies: Neurological disorders, rehabilitation interventions, and therapeutic research
- Methodological development: Novel imaging techniques and analytical approaches
Partnership Value: Research-dedicated facilities and staff with proven external collaboration experience, including fee-for-service arrangements with healthcare providers and research organizations.
Ready to leverage precision MRI capabilities for your research objectives?
Our team will develop imaging protocols that deliver the specific data needed for your applications. Contact LCNI to discuss your neuroimaging needs and explore partnership opportunities.