Data Storage Processing Analysis Core
About Us
The Data Storage, Processing & Analysis core provides informatics support to researchers in a variety of areas. The core’s research PACS program provides a HIPAA-compliant PACS system for archiving clinical and preclinical research imaging studies. This system also has the capability to perform customized de-identification of images acquired in clinical trials to preserve patient confidentiality. The Imaging Metrics for Trials (IM4T) group provides diagnostic imaging interpretation of cancer treatment response evaluation to internal and external researchers involved in cancer research studies that require response evaluation using Response Evaluation Criteria in Solid Tumors (RECIST) and its variants.
Faculty & Staff
Ron Peshock, M.D.
Core Director
Matthew Lewis, Ph.D.
Research PACS Operations
Ben Wagner
BioHPC Operations
Kelli Key, Ph.D.
Research Operations Manager
Sonia Hill, B.S.
Research Programs Manager
C. Claire Starcke, B.S.
Clinical Research Manager
Policies & Procedures
View our applicable policies and procedures below (requires RADpoint access):
Policies & Procedures
View our applicable forms below (requires RADpoint access):
Instruments
Flywheel
In 2022, The Department of Radiology installed Flywheel (Minneapolis, MN, Version 16.11.4 (V3), flywheel.io) as the Research PACS. Flywheel is a state-of-the-art platform that allows image data import, automated curation, image processing, machine learning workflows, secure collaboration and is particularly well suited for big data and artificial intelligence research. Flywheel was successfully instantiated in the institutional BioHPC running on a Kubernetes cluster and currently contains over 100,000 radiology exams.
mint LesionTM
mint Lesion™ is a radiology software for image data capture, longitudinal data analysis, and structured reporting. It efficiently combines the viewer, the criteria guidelines and patient's entire imaging and reporting history.
Rates
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