Research Imaging


To learn more about 1.5T and 3T MRI research operations at Carle, please see the descriptions below of our Technical Resources, Computational Resources and Resources for Investigators.


Technical Resources

MR Imaging

Siemens 1.5T BioMatrix MAGNETOM Sola
  • Two available for use
  • 70 cm bore width
  • XQ Gradient
  • 45 mT/m
  • 200 T/m/s
  • 16-channel Rx head/neck
  • 24-channel Rx BioMatrix spine with respiratory sensor
  • 12-channel Rx BioMatrix body
  • 36-channel Rx peripheral angiography
  • 4-channel large and small flex
  • Endorectal Rx
  • An inbuilt BioMatrix technology on the patient table and physiological monitoring systems allow recording of ECG, pulse and respiration signals and appropriate gating of image acquisition
  • User fee: $630/hour for technologist-supported studies that are funded internally or through federal or non-profit foundation grants
  • Operator: Carle Radiology
  • Research use is allowed after hours or, for research studies involving patients, by special arrangement during business hours.




Siemens 3T MAGNETOM Prisma Fit
  • 60 cm bore width
  • XR Gradient
  • 80 mT/m
  • 200 T/m/s
  • 1-channel transmit (Tx)/20-channel receive (Rx) head
  • 64-channel Rx head/neck
  • 32-channel Rx head
  • 32-channel Rx spine
  • 18-channel Rx body
  • 16-channel Rx hand/wrist
  • 16-channel Rx shoulder
  • 1-channel Tx/15-channel Rx knee
  • 16-channel foot/ankle
  • 4-channel large and small flex
  • A physiological monitoring system allows recording of ECG, pulse and respiration signals and appropriate gating of image acquisition
  • User fee: $630/hour for technologist-supported studies that are funded internally or through federal or non-profit foundation grants
  • Operator: Carle Radiology
  • Research use is allowed after hours or, for research studies involving patients, by special arrangement during business hours.



Siemens 3T BioMatrix MAGNETOM Vida
  • 70 cm bore width
  • XQ Gradient
  • 60 mT/m
  • 200 T/m/s
  • 20-channel Rx BioMatrix head/neck
  • 32-channel Rx BioMatrix spine with respiratory sensors
  • 18-channel Rx body
  • 4-channel Rx large and small flex
  • An inbuilt BioMatrix technology on the patient table and physiological monitoring systems allow recording of ECG, pulse and respiration signals and appropriate gating of image acquisition
  • User fee: $630/hour for technologist-supported studies that are funded internally or through federal or non-profit foundation grants
  • Operator: Carle Radiology
  • Research use is allowed after hours or, for research studies involving patients, by special arrangement during business hours.





Siemens 7T MAGNETOM Terra
  • 60 cm bore width, multi-nuclear capable
  • XR Gradient
  • 80 mT/m
  • 200 T/m/s
  • 1-channel Tx/32-channel Rx Nova Medical head (clinically approved)
  • 1-channel Tx/28-channel Rx QED knee (clinically approved)
  • 8-channel Tx/32-channel Rx Nova Medical head
  • 13C head
  • Custom-built 4-element spine
  • 1-channel Tx/1-channel Rx loop
  • A physiological monitoring system allows recording of ECG, pulse and respiration signals and appropriate gating of image acquisition
  • User fee: $700/hour for technologist-supported studies that are funded internally or through federal or non-profit foundation grants
  • Operator: Carle Illinois Advanced Imaging Center
  • Time on this system is shared with the University of Illinois Urbana-Champaign. A portion of Carle's time is used for clinical imaging.


Computational Resources

Research Electronic Data Capture (REDCap):

REDCap is a secure, web-based application designed to support traditional case report form data capture for research studies. REDCap is widely used across a large consortium of institutional partners. Investigators can access an intuitive interface for data entry, data validation, audit trails, export procedures, seamless downloads to statistical packages and more. 

Another product is REDCap Survey, a powerful tool for building and managing online surveys with easy data exports to Microsoft Excel, R, and other statistical analysis packages. REDCap also offers an e-consent module for obtaining and documenting informed consent. 

Image Analysis

Functionally identical computing clusters exist within the research institute and our university partner, facilitating system administration and user operation. A variety of image processing and analysis software packages are available. The Carle computing cluster:

  • Transfers research data from the 7T MRI scanner and clinical MRI systems to researchers at Carle and Illinois via a secure IT infrastructure.
  • Creates virtual machines for users to analyze data.
  • Provides a high-performing computing environment.
  • Has 50 TB of data storage. 

Image Analysis Equipment

1x Head Node
  • PowerEdge R6515
  • 1x AMD EPYC 7302P 16-Core Processor
  • 128GB Memory
4x Compute Nodes
  • PowerEdge R7525
  • 2x AMD EPYC 7H12 64-Core Processor
  • 1024GB Memory
1x GPU Node
  • PowerEdge C4140
  • 2x Intel(R) Xeon(R) Gold 6230 CPU @ 2.10GHz 20 Core
  • 192GB Memory
  • 4x GV100GL [Tesla V100 SXM2 16GB]


Chemistry Laboratory

A chemistry lab, suitable for preparing imaging phantoms and more, includes 20 linear feet of bench space, plus: 

  • Mettler Toledo 30029076 analytical balance 
  • HAUS Aquasearcher AB33PH pH Meter  
  • Cole-Parmer 480638 stirring hot plate 
  • Assorted glassware, other small supplies, chemicals, etc.  


Resources for Investigators

Affiliating with the Clinical Imaging Research program

To become affiliated, please complete the collaborator interest form to supply your contact information and request information about how to start up a project, obtain training in CCIRP operations and MRI safety, access resources for grant writing, and more.

Starting a project

To start a new project, please email ImagingResearch@carle.com to review your study aims and how imaging can help answer your scientific question. 

Accessing resources for your approved project

User Group Meetings 

The Clinical Imaging Research program sponsors a user group meeting on the second Monday of each month from 4-5 p.m., except during the summer. The meetings begin with some brief announcements of interest to all users, followed by a research progress report from an imaging researcher. Please indicate your interest in becoming a member of the user group by completing the collaborator interest form. Find user group meetings on the Events page.