World-class research facilities and services are available to researchers across disciplines and departments to enable research. This filterable list provides information about instruments, technologies, and specialized services for researchers, including expert consultation and training. These core facilities and research services are available to members of the Princeton University community and to external users as specified.
If you would like to add your facility to this list or update the information provided here, please contact [email protected].
Dedicated to advanced microscopy and imaging studies of neural circuit function in the brain to support research affiliated with the Princeton Neurosciences Institute.
The Rutgers Cancer Institute provides tools for analyzing multi-dimensional data, high-throughput genomics, and high-resolution imaging, supported by advanced machine-learning and high-performance computing.
Provides advanced instrumentation for the biophysical characterization of proteins, DNA, and other macromolecules, including their interactions. Key tools include ultracentrifuges, calorimeters, spectrometers, and light scattering devices.
The Rutgers Cancer Institute offers biospecimen banking, distribution, tissue analysis, and tumor microarrays under CAP-certified standards. It ensures secure custody of patient samples and clinical data.
The Rutgers Cancer Institute offers mathematical expertise and trial design to strengthen the scientific rigor of Cancer Institute research.
The Rutgers Cancer Institute supports participant recruitment, data management, and research across surveys, trials, implementation science, and program evaluation.
The Rutgers Cancer Institute offers cost-efficient sequencing services, including single primer enrichment, long-read sequencing, and hybrid capture panels for DNA/RNA analysis of tumor samples.
Provides a range of advanced confocal microscopy imaging techniques for high-resolution, in-depth cell and tissue visualization.
Provides data and statistical consulting in the areas of choosing data, application of quantitative methods, the interpretation of statistical analyses, data conversion, and data visualization.
Provides computing resources for multimedia creation, including graphic design, video editing, audio production, and data analysis.
Provides structure determination and analysis, including crystallization trials, X-ray data collection (synchrotron and in-house), and structure analysis.
The lab features a robotics space, gantry crane, and ample room for constructing complex architectural mock-ups, offering specialized equipment for fabrication and building system exploration.