Facilities & Institutional Resources

Shared resources for the NCIBT include the extensive UC Davis research infrastructure of both Davis and Sacramento campuses that enables studies spanning from benchtop to industry dissemination. Additional resources exist at NYU Langone, UCLA, and Johns Hopkins University. 

NCIBT Headquarters & Administrative Infrastructure

NCIBT is headquartered at Aggie Square on the UC Davis Health Sacramento campus, providing dedicated research, laboratory, office, training, and technology development space that serves as a central hub for Center activities. The headquarters includes dedicated administrative offices, hot desks, laser laboratories, optics and prototyping space, wet laboratory facilities, storage and support space, access to shared meeting rooms and classrooms, and proximity to clinical and industry partners. Aggie Square also provides surgical skills laboratories equipped with operative robotics, endoscopy systems, surgical instrumentation, and training facilities that support translational technology development and workforce training.
 
NCIBT additionally benefits from integrated administrative, financial, regulatory, purchasing, communications, data analytics, commercialization, and technology transfer support through the UC Davis Department of Neurological Surgery, Office of Research, Innovation and Technology Commercialization, Venture Catalyst, Enterprise Analytics and Data Services, and Foundation and Corporate Engagement programs.

Computational, Data Science, and Artificial Intelligence Resources

High Performance Computing

  • UC Davis HPC2 High Performance Computing Cluster, including NCIBT-owned GPU computing resources. 
  • College of Engineering HPC infrastructure and Lambda GPU servers. 
  • Qi Lab's 240-core computational cluster with 1 TB RAM and 360 TB storage. 
  • Yang Laboratory GPU servers for advanced image processing and machine learning applications.
  • UC Davis Center for Data Science and Artificial Intelligence (CeDAR). 
  • TETRAPODS Institute of Data Science (UCD4IDS). 
  • UC Davis Center for Precision Medicine and Data Sciences (CPMDS). 
  • National supercomputing resources through collaborators including NERSC, Oak Ridge National Laboratory, and Argonne National Laboratory.

Visualization and Advanced Computing

NCIBT investigators can leverage the UC Davis Center for Visualization, advanced visualization laboratories, GPU clusters, large-scale immersive display systems, 3D printing resources, and large-scale data storage systems.

Benchtop Research, Device Development, and Prototyping

NCIBT Laboratories

NCIBT investigators maintain multiple dedicated laboratories across UC Davis, NYU Langone, Johns Hopkins University, and UCLA, including:

Collectively these facilities provide optical device development, laser-based imaging, fluorescence imaging, confocal microscopy, multiphoton microscopy, optical coherence tomography, spectroscopy, semiconductor fabrication and testing, nanomaterials synthesis, computational imaging, biosafety-compliant wet lab operations, and clinical device manufacturing.
 

Manufacturing and Prototyping Facilities

Capabilities include microfabrication, MEMS fabrication, CNC machining, 3D printing, injection molding, laser cutting, electronics prototyping, semiconductor processing, and medical device development.

Genomics, Molecular Characterization, and Biological Resources

NCIBT has access to:

Capabilities include NGS sequencing, microarray analysis, transcriptomics, spatial molecular characterization, immunohistochemistry, pathology support, tissue banking, and biomarker development.

 

Preclinical Translation Resources

Small Animal Imaging

NCIBT investigators benefit from extensive small-animal imaging infrastructure including:

Available modalities include microPET, microSPECT, microCT, MRI, ultrasound, optical imaging, bioluminescence, fluorescence, photoacoustic imaging, and molecular imaging. 

Large Animal and Surgical Translation

Resources include:

Capabilities include survival surgery, fluoroscopy, echocardiography, animal model development, device testing, biocompatibility studies, surgical training, regulatory support, and long-term animal care.

Clinical Translation Resources

NCIBT has direct access to extensive clinical infrastructures through UC Davis Health and collaborating institutions. These include:

These resources support clinical trial design, regulatory compliance, participant recruitment, REDCap and informatics support, data management, investigator training, multicenter trials, and clinical dissemination.

Advanced Clinical Imaging Resources

NCIBT investigators have access to:

Capabilities encompass advanced MRI, PET, SPECT, CT, angiography, molecular imaging, radiochemistry, radiotracer development, total-body PET imaging with the uEXPLORER scanner, image analysis, and translational imaging technology development.

Biostatistics and Data Analysis Support

NCIBT investigators have access to:

Support includes study design, power calculations, machine learning, predictive analytics, clinical trial statistics, imaging biomarker development, longitudinal analysis, high-dimensional data analysis, and omics integration.

Technology Translation, Commercialization, and Dissemination

NCIBT investigators have access to a comprehensive innovation ecosystem including:

These resources support intellectual property protection, startup formation, licensing, commercialization, regulatory planning, industry engagement, entrepreneurship training, and large-scale dissemination of NCIBT technologies.

Images of Benchtop Resources

Dr. Marcu GBSF 2212
Inspection of micro-optic for intravascular imaging devices (Dr. Marcu's 2212 GBSF lab)
Dr. Marcu GBSF 2212 Assembly of FLIM Device
Assembly of FLIm device for clinical use (Dr. Marcu's 2212 GBSF lab)
Dr. Marcu Bainer 1235a
Inspection clinical fiber probe (Dr. Marcu's clinical manufacturing space, Bainer 1235a lab)
Dr. Marcu GBSF 2212
Inspection of micro-optic for intravascular imaging devices (Dr. Marcu's 2212 GBSF lab)
Dr. Marcu GBSF 2212 Assembly of FLIM Device
Assembly of FLIm device for clinical use (Dr. Marcu's 2212 GBSF lab)
Dr. Marcu Bainer 1235a
Inspection clinical fiber probe (Dr. Marcu's clinical manufacturing space, Bainer 1235a lab)
Dr. Ma Lab
Immersive network visualization (Dr. Ma's Center for Visualization)

 

Dr. Ozcan Lab
Dr. Ozcan's Research Lab

 

Dr. Qi Lab
Dr. Qi's Research Lab