University of Minnesota
University Imaging Center
University Imaging Centers - Where the University sees the future


Magnetic Particle Imaging Web Symposium

magnetic INSIGHT is hosting an online symposium on Magnetic Particle Imaging. Hear from pioneering groups at Harvard/MGH, UC Berkeley and Stanford present on ground-breaking applications harnessing the exquisite detection of nanoparticles.

  • Date: Monday, November 7, 2016
  • Time: 9-11am PST/12-2 EST


Meeting Agenda:

  • Introduction to Magentic particle imaging
  • Applications in MPI
    • Oncology
    • Cell tracking
    • Diabetes and metabolism
    • Neurovascular Imaging
  • The future of MPI technology and application development
  • Introduction to the Momentum MPI Imager, Imaging Demonstration

The UIC is Hiring: Immediate Opening for Researcher 3 Position at our CCRB facility.

The University Imaging Centers has an immediate opening for a University of Minnesota Researcher 3 position to play a crucial role in the University Imaging Centers (UIC) Cancer and Cardiovascular Research Building (CCRB). The UIC compose a network of core imaging facilities for light microscopy, basic electron microscopy and in vivo imaging located in multiple locations within the Medical School and College of Biological Sciences at the University of Minnesota-Twin Cities campus.

  • Should have a first degree (B.Sc. or greater) in biology or physics/optics.
  • Experience in pre-clinical, in vivo imaging of small animals. Specifically in microPET/CT and may include X-ray, bioluminescence, fluorescence, ultrasound and small animal (rodent) handling, This person may also expand into widefield and scanning confocal microscopy; multi-photon microscopy, live-cell imaging methods located within the UIC.
  • Familiarity with image processing software for image processing and image analysis.
  • Experience in a shared facility is a plus.
To apply for the position please visit
Applicants can find the position by searching for the position job code. UIC Research 3 Position Job Code: 313534

Cloth Printing comes to Jackson Hall!

Our East Bank Jackson Hall facility has installed a new HP Z6800 printer.

This means cloth printing is now available at Jackson Hall!

In addition to cloth the z6800 gives us twice the print resolution (600 vs 300dpi) as well as dedicated black and grayscale inks for greatly improving the black and grayscale accuracy and quality in printed images. This is especially useful when printing low to mid contrast microscopy images, as well as EM images.

For more information and a link to submit check out our poster printing page.

UIC: New MarkForge II 3D Printer & 3D Printing Hub

The University Imaging Centers are excited to announce we have installed a new type of 3D printer and launched our 3D printing hub.

We've recently installed a MarkForge II 3D Printer. This technology allows us to print using nylon reinforced with fibers such as Carbon Fiber, Fiberglass, and Kevlar. The result is part with strength that far exceeds traditinoal PLA and ABS media.

In addition to installing the new printer we've completely revamped our 3D printing page into a larger more helpful 3D printing hub. The hub includes many free resources for 3D printing, various model galleries, project submission forms and information on how to get in touch with staff to talk about printing, and more. This site will be continuing to evolve as more information and designs are added.

Slide Scanning at the UIC!

High Resolution Digital Slide Scanning (Whole Slide Imaging) at 20X Brightfield

Interested in scanning? Contact Mark Sanders (

Are you interested in capturing multiple histology or IHC images from a microscope or stitching them to construct a full section image?  

Check out these interactive examples:

1. Brightfield scan of multiple H&E stained tissues on 1x3" slide at 20X.

2. Brightfield scan of human tonsil tissue (H&E stained) at 20X.

The UIC can now scan whole slides for you at $15/ slide. Whole slide images are digitally accessible on computer monitors, and the benefits include but are not limited to the following:

  • No need for your own microscope or time to collect – full slides scans are digitally available at your fingertips, whenever and wherever you need them.
  • Zoom in & out of digital slides to study regions of interest at a magnification up to 40x.
  • Capture publication-ready images at desired magnification.
  • Share data and annotation digitally over the Internet for presentations or peer reviews.
  • Perform accurate and reproducible quantification and image analysis.